JO MAY 2021 jom.tms.org - The Minerals, Metals ...
←
→
Page content transcription
If your browser does not render page correctly, please read the page content below
JO
An official publication of The Minerals, Metals & Materials Society
MAY 2021
jom.tms.org
THE TMS FOUNDATION IN 2020: View the Honor Rolls and More
Pandat Software
An Integrated Modeling Platform for Materials Design
One Unified Workspace, Numerous Materials Data
Cutting Edge Software Technologies
Intelligent and Reliable Simulation Engines
Friendly and Flexible Graphical User Interface (GUI)
Large Scale of High-Throughput Calculation and Data Mining
Web: www.computherm.com Email: info@computherm.com
Al – based alloys
Co – based alloys
Cu – based alloys
Fe – based alloys
Mg – based alloys
Ni – based alloys
Ti – based alloys
TiAl – based alloys
Refractory alloys
High-entropy alloys
More…
Pandat Software Modules
Pandat Software adopts modular design and enables users to easily switch between modules and perform
various types of simulations in the same workspace.
PanPhaseDiagram PanPrecipitation PanDiffusion PanSolidification PanPhaseField
• stable and meta- • concurrent nucle- • diffusion couple • solidification path • direct coupling
stable diagrams ation, growth and • homogenization • back-diffusion in with CALPHAD
• property contour coarsening the solid • feasible for multi-
• carburization and
diagrams • particle size and component alloys
decarburization • dendrite arm
• thermodynamic size distribution
• particle dissolu- coarsening • open architecture
properties
• multi-phase co- tion • micro-segregation for user’s model
• chemical driving
precipitation plugin
force
Table of Contents
JO
About the Cover
A representation of EBSD data from “Coupling
thermomechanical processing and alloy design
to improve textures in Mg-Zn-Ca sheet alloys,” by
5700 Corporate Drive Tracy Berman and John E. Allison, is shown on
Suite 750 the cover. The effect of Ca and Zn additions on
Pittsburgh, PA 15237 the microstructure and texture evolution during
USA thermomechanical processing of Mg-Zn-Ca
Phone: 1-724-776-9000 sheet alloys was systematically investigated
Web: jom.tms.org and quantified in this investigation. Increasing
E-Mail: membership@tms.org Zn content resulted in more random grain
orientations in the as-deformed state, as
Publisher for TMS
James J. Robinson, illustrated here in the ZX30 alloy.
Executive Director
Operations
Management
Matt Baker,
Department Head, Content
JOM: The Journal
Justin Scott,
Principal Editor; Department
Head, Research, Engagement,
Data, and Information
Maureen Byko, May 2021 Guest Editors
Editor 8th European Conference on Renewable Developments in the Production
Kelly Markel, Energy Systems of Magnesium Alloy Flat Products
Publications Coordinator Shadia Ikhmayies, Consultant Magnesium Committee
Hilal Kurt, Gazi University Jishnu J. Bhattacharyya, University of Virginia
JOM: The Magazine
Aeriel Murphy-Leonard, Ohio State University
Lynne Robinson, Adaptive Metallurgical Processing Technologies
Department Head, Strategic for Strategic Metal Recycling Thermodynamic Considerations for Improved
Communications and Outreach Recycling and Environmental Technologies Renewable Energy Production
Kaitlin Calva, Committee Process Technology and Modeling Committee;
Magazine Managing Editor Mingming Zhang, Wood Mackenzie Recycling and Environmental Technologies Committee
Fiseha Tesfaye, Abo Akademi University
Cheryl M. Geier,
Senior Graphic Designer
About JOM:
Contributing Writers The scope of JOM (ISSN 1047-4838) encompasses publicizing news about TMS and its members and
Ashley-Anne Bohnert,
stakeholder communities while publishing meaningful peer-reviewed materials science and engineering content.
Outreach and External
Communications Lead That content includes groundbreaking laboratory discoveries, the effective transition of science into technology,
innovative industrial and manufacturing developments, resource and supply chain issues, improvement and
Megan Enright,
innovation in processing and fabrication, and life-cycle and sustainability practices. In fulfilling this scope, JOM
Promotions and Editorial Assistant
strives to balance the interests of the laboratory and the marketplace by reporting academic, industrial, and
Ann Ritchie, government-sponsored work from around the world.
Technical Communications
Specialist About TMS:
Kelly Zappas, The Minerals, Metals & Materials Society (TMS) is a professional organization that encompasses the entire range
Membership News and of materials and engineering, from minerals processing and primary metals production to basic research and the
Communications Lead advanced applications of materials.
Graphics Support Publishing Information:
David Rasel, JOM is an official publication of The Minerals, Metals & Materials Society and is owned by the Society.
Media Manager
TMS has granted Springer the exclusive right and license to produce, publish, archive, translate, and sell JOM
Bob Demmler, throughout the world. Publication Frequency: 12 issues per year.
Graphic Designer
Springer, 233 Spring Street, New York, NY, 10013-1578, USA
Advertising
Contact sales@tms.org JOM articles from 1949 to the present are archived at http://link.springer.com/journal/volumesAndIssues/11837.
for information. Secure Copyright Permission:
Submit permission requests at http://www.springer.com/rights?SGWID=0-122-12-372399-0
Postmaster:
Send address changes to: JOM, Springer, 233 Spring Street, New York, NY 10013, USA. Periodicals postage paid
at New York, NY and additional mailing offices.
I’VE SPECIALIZED Learn with the
FOR 40 YEARS TMS Webinar Library
in the placement of Metallurgical,
Materials, and Welding Engineers in Refresh your knowledge
the areas of R&D, Q.C. Production,
Sales & Marketing, nationwide.
of fundamentals, learn
about recent advances
My background as a and ideas, or gain insights
Met. Eng. can help you! on current issues with the
Salaries to $190K. TMS Webinar Library—
Fees paid by Company. now available free to
Michael Heineman, TMS members!
Meta-Find, Inc. Log in to
Phone: (212) 867-8100
E-mail: mikeh@meta-findny.com
members.tms.org
Web: www.meta-findny.com to start learning.
Missed TMS2021 Virtual?
C E L E B R A T I O N
SINCE 1871
The TMS 2021 Virtual Annual Meeting & Exhibition (TMS2021 Virtual) was held live,
March 15-18, 2021, but you can still register for the conference for access to the
following resources through May 31:
CONFERENCE PROCEEDINGS:
RECORDED TECHNICAL PRESENTATIONS:
Gain electronic access to TMS2021 Virtual
View more than 2,200 talks delivered at
published conference proceedings, valued at
more than 85 symposia in 13 topic areas
more than $1,200
Learn more at:
www.tms.org/TMS2021
Table of Contents
JO table of contents
Volume 73
Number 5
May 2021
JOM: THE MAGAZINE
1211: In the Final Analysis: James J. Robinson 1227: Digging Deep into the History of the
Extraction & Processing Division:
1212: TMS Member News: TMS Receives AIME
Kaitlin Calva
Grant; Material Advantage Member
Bringing MSE to the Public 1234: 2020 Peer Reviewers: Thank You for Your
Contributions
1214: In Case You Missed It: Business News
from the Field 1239: TMS Meeting Headlines
1215: The TMS Foundation: Standing Strong in 1240: JOM Call for Papers
2020: Kaitlin Calva
1220: Meet the New Members of the TMS
Foundation Board of Trustees:
Kaitlin Calva
1224: Engaging with the Government and
Public to Advance the Materials Science
and Engineering Field and TMS Members:
Eric N. Brown, Emily Rinko, Richard Otis,
Viola L. Acoff, and Natasha Vermaak
JOM: THE JOURNAL
8th European Conference on Renewable Energy Systems
1242: Transesterification of Waste Cooking Oil 1261: Fine-Structured Red-Band Tail
Using Bone and Egg Shell Mixture as a Photoluminescence (PL) Spectra of
Catalyst: Ali A. Jazie and Amar J. Albaaji Nanocrystalline CdS:In Thin Films:
Shadia J. Ikhmayies
1251: High Temperature VLRA Lead Acid
Battery SOH Characterization Based on 1271: Comparative Study of Discharge
the Evolution of Open Circuit Voltage at Emission Amplification in an Ar-Driven
Different States of Charge: Javier Olarte, Gas Discharge System with Microporous
Jaione Martínez De Ilarduya, Ekaitz Zulueta, Zeolite Cathode: B.G. Salamov
Raquel Ferret, Erol Kurt, and H. Hilal Kurt
and Jose Manuel Lopez-Guede
Table of Contents
Adaptive Metallurgical Processing Technologies for Strategic Metal Recycling
1279: Process and Kinetics of Extracting Cobalt 1337: Kinetics of Tungstate and Phytate
from Complex High-Silicon White Alloy Adsorption by D201 Resin: Biyun Luo,
by Sulfuric Acid Oxidation Leaching: Xuheng Liu, Jiangtao Li, Xingyu Chen,
Lei Tian, Xuan-Gao Wu, Ao Gong, Lihua He, and Fenglong Sun
Xiao-Qiang Yu, and Zhi-Feng Xu
1344: Fusion of Chromite Ore Using Sodium
1290: Behavior and Mechanism of Indium Phosphate Salt as Flux and the Effects of
Extraction from Waste Liquid-Crystal Sodium Ions in Wet Chemical Analysis:
Display Panels by Microwave-Assisted Trevor T. Chiweshe, Megan Welman-Purchase,
Chlorination Metallurgy: Shuai Chen, and Lore-Mari Deysel
Jie Guan, Hao Yuan, Hongcheng Wu,
1353: Analysis of Galena Leaching and
Weixing Gu, Guilan Gao, Yaoguang Guo,
Maximum Electrodeposition Capacity
Jue Dai, and Ruijing Su
of Pb Using an Electrochemical Cell:
1301: Separation and Extraction of Scandium S.I. Moreno-Saldaña, V.J. Martínez-Gómez,
from Titanium Dioxide Waste Acid: S. Valle-Cervantes, R. Lucho-Chigo,
Lili Zhang, Ting-An Zhang, Guozhi Lv, J.C. Rojas-Montes, J.C. Fuentes-Aceituno,
Weiguang Zhang, Tingting Li, and R. Pérez-Garibay
and Xuejiao Cao
1362: Effect of Titanium on the Smelting
1310: Preconcentration of a Low-Grade Process of Chromium-Bearing Vanadium
Ta–Nb Deposit Using Physical Separation Titanomagnetite Pellets: Weidong Tang,
Methods: Miao Cao, Hao Bu, and Yude Gao Songtao Yang, and Xiangxin Xue
1321: Heating-Assisted Preparation of 1371: Review: Research Progress on Liquid–
Ferrotitanium to Recover Valuable Liquid Extraction of Chromium:
Elements of Ilmenite and Reduce Zhaobo Liu, Suqin Li, and Weiwei Wang
Aluminum Consumption: Zixian Gao,
1386: Sequential Leaching of Strategic Metals
Gongjin Cheng, He Yang, and Xiangxin Xue
from Exhausted LNCM-Cathode Batteries
1328: Isothermal Carbothermal Reduction of Using Oxalic and Sulfuric Acid Lixiviants:
FeTiO3 Doped with MgO: Xiangdong Xing, Pankaj Pathak, Vinay K. Singh,
Yueli Du, Jianlu Zheng, Sha Wang, and Karan Chabhadiya
Shan Ren, and Jiantao Ju
Developments in the Production of Magnesium Alloy Flat Products
1395: Multi-Island Genetic-Algorithm-Based 1440: Improving Room-Temperature Stretch
Approach to Uniquely Calibrate Formability of Mg-4.9Al-0.16Mn (mass%)
Polycrystal Plasticity Models for Alloy Sheet via Optimizing Rolling
Magnesium Alloys: Xiaochuan Sun, Temperature: Taiki Nakata, Chao Xu,
Bo Zhang, Yaodong Jiang, Peidong Wu, Takumi Fujii, Yu Yoshida, Katsuhito Yoshida,
and Huamiao Wang and Shigeharu Kamado
1403: Review: Magnesium Sheet Alloy 1450: Coupling Thermomechanical Processing
Development for Room Temperature and Alloy Design to Improve Textures in
Forming: Alan A. Luo, Renhai Shi, Mg-Zn-Ca Sheet Alloys: Tracy D. Berman
Jiashi Miao, and Thomas Avey and John E. Allison
1419: Strain-Rate Sensitivities of Different 1460: Influence of Twin-Roll Casting Speed on
Deformation Mechanisms in AZ31B Microstructural Homogeneity, Centerline
Magnesium Alloy Sheet at Various Segregation, and Surface Quality of Three
Temperatures: Guowei Zhou, Ruxue Liu, Different Mg Alloys: J. Victoria-Hernández,
Weiqin Tang, Dayong Li, Yinghong Peng, G. Kurz, J. Bohlen, S. Yi, and D. Letzig
and Peidong Wu 1471: Toward Development of Strong and
1428: Microstructural and Texture Evolution of Formable Magnesium Alloy Sheets with
Hot-Rolled TA32 Alloy and Its Effect on Bake-Hardenability: T.T. Sasaki, M.-Z. Bian,
Tensile Properties: Chandra S. Perugu, Z.H. Li, and K. Hono
Krishna Kamlesh Verma, H. C. Madhu,
and Padaikathan Pambannan
Table of Contents
Thermodynamic Considerations for Improved Renewable Energy Production
1484: Thermodynamic Considerations for 1511: Refinement of the Phase Diagram of the
Improved Renewable Energy Production: Bi-Te System and the Thermodynamic
Fiseha Tesfaye and Chukwunwike O. Iloeje Properties of Lower Bismuth Tellurides:
Gunel S. Hasanova, Aytan I. Aghazade,
1487: Synthesis and Thermodynamic
Samira Z. Imamaliyeva, Yusif A. Yusibov,
Investigation of Energy Materials in
and Mahammad B. Babanly
the Ag-Te-Cl System by the Solid-State
Galvanic Cells: Mykola Moroz, 1522: Solid-Phase Equilibria in the Cu-Sb-S
Fiseha Tesfaye, Pavlo Demchenko, System and Thermodynamic Properties
Myroslava Prokhorenko, Serhiy Prokhorenko, of Copper-Antimony Sulfides:
Daniel Lindberg, Oleksandr Reshetnyak, Leyla F. Mashadiyeva, Parvin R. Mammadli,
and Leena Hupa Dunya M. Babanly, Garay M. Ashirov,
Andrei V. Shevelkov, and Yusif A. Yusibov
1495: A Study on the Roasting Process for
Efficient Selective Chlorination of 1531: Production of High-Purity TiO2 Powder
Ilmenite Ores: Jinyoung Kim, Ye Rin Lee, from FeTiO3 via High-Temperature
and Eun Jin Jung Sulfurization: Seung-Hwan Shin
and Sun-joong Kim
1503: Solid-Phase Relationships in the
Tl2Te-Tl2Te3-TlTbTe2 System and
Thermodynamic Properties of
Thallium–Terbium Tellurides:
Samira Z. Imamaliyeva, Dunya M. Babanly,
Vagif A. Qasymov, and Mahammad B. Babanly
Technical Articles
1538: Dendritic Growth Transition During 1546: Energy Storage Applications of
Laser Rapid Solidification of CdMoO4 Microspheres: M. Isacfranklin,
Nickel-Based Superalloy: Yuan Chen, R. Yuvakkumar, G. Ravi, E. Sunil Babu,
Qin Zhang, Yanbing Guo, Qunli Zhang, Liang Dhayalan Velauthapillai, M. Thambidurai,
Wang, Jianhua Yao, and Cuong Dang, Tahani Saad Algarni,
Volodymyr Kovalenko and Amal M. Al-Mohaimeed
150 years ago on May 16, 1871, in Wilkes-Barre, Pennsylvania, 22 mining engineers
came together to form the American Institute of Mining Engineers, now the
American Institute of Mining, Metallurgical, and Petroleum Engineers (AIME). As
AIME is our parent organization, TMS is celebrating this historic milestone, too!
HELP US CELEBRATE ALL YEAR LONG!
Learn more about TMS and our shared history with AIME:
· Discover the TMS History Timeline
· Download the digital AIME History Walk companion booklet
· Watch the AIME Oral Histories, featuring prominent TMS members
· Keep reading JOM for more historical content
EXPLORE 150 YEARS OF THE MINERALS, METALS, AND MATERIALS COMMUNITY.
www.tms.org/OurHistory
Table of Contents
JOM,
JOM Vol. 73, No. 5, 2021
https://doi.org/10.1007/s11837-021-04648-4
https://doi.org/10.1007/s11837-021-04578-1
Ó 2021 The Minerals, Metals & Materials Society
LQWKHÀQDODQDO\VLV
“Ah, there you are! And just in time . . . there’s a little matter I forgot to mention—
EHZDUHRIKLWFKKLNLQJJKRVWV7KH\KDYHVHOHFWHG\RXWR¿OORXUTXRWDDQGWKH\¶OOKDXQW
JO Volume 73
you until you return! Now I will raise the safety bar, and a ghost will follow you home!” Number 5
—“Ghost Host” of Disneyland’s Haunted Mansion
May 2021
I have Disneyland on the mind as I am looking forward ten months to when TMS will
(surely, oh surely) convene an in-person annual meeting in Anaheim, California. Our event
site is literally across the street from Disneyland and Disney’s California Adventure. So, if
you missed pinning a trip to Disney World as part of your travel to TMS2021 after our switch
from Orlando to virtual, the Anaheim event may present you with a similar opportunity. No
VHFUHWUHYHDOHG ,¶PD'LVQH\D¿FLRQDGRVR\RXFDQEHWWKDW,¶OOEHWDFNLQJD'LVQH\YLVLWWR
the end of TMS2022.
My favorite Disney attraction is the Haunted Mansion. It is silly spooky, not scary spooky,
DQGWKHH൵HFWVDUHLPPHUVLYHDQGFOHYHURQDJUDQGVFDOHDVRQO\'LVQH\FDQGRLW:KLOHWKH
DWWUDFWLRQGDWHVEDFNWRWKH VLWLVRGGO\SUHVFLHQWWRRXUWLPHVZLWKLWVSURPLVHWKDW³D
JKRVWZLOOIROORZ\RXKRPH´7KDQNVWRFRRNLHVZHEWDUJHWLQJDGWUDFNHUVDQGRWKHUFRGLQJ
tools, the ghosts that follow us home today are algorithm ghosts intent on narrowcasting
QHZVDGVDQGRWKHUFRQWHQWFHQWHUHGRQRXUVSHFL¿FLQWHUHVWV
James J. Robinson
$SUDFWLFDOH[DPSOH 2QHRIWKHSURIHVVLRQDOVRFLHWLHVWRZKLFK,EHORQJKDVDGDLO\ Executive Director
e-newsletter on association management. Finding more and more headlines worthy of a
click, my curiosity led me to learn that an algorithm was custom-compiling articles for me @JJRofTMS
@JJRofTMS
EDVHGRQP\VWRU\FOLFNVZLWKLQSDVWQHZVOHWWHUV,NLQGRIOLNHWKDWDQG,NLQGRIGRQ¶WOLNH
that. Reservations aside, is the algorithm ghost getting it right? Consider some recent articles
presented in the customized-to-Jim newsletter:
• ³3ODQQLQJIRUDQ8QFHUWDLQ)XWXUH5HTXLUHV2SHQ(DUV&RPPXQLFDWLRQDQG(PSDWK\´
• ³:KDWWR&RQVLGHU:KHQ&UDIWLQJ&29,' 9DFFLQH3ROLFLHV´ “Looks like algorithm
• ³6L[2൶FH3ROLFLHV
Table of Contents
JOM,
JOM Vol. 73, No. 5, 2021
https://doi.org/10.1007/s11837-021-04649-3
https://doi.org/10.1007/s11837-021-04578-1
Ó 2021 The Minerals, Metals & Materials Society
TMS Receives AIME Grant; Material Advantage
JO
themagazine
Member Bringing MSE to the Public
AIME Provides Support to TMS and Other Member Societies
The American Institute of Mining, and engaging online professional
Metallurgical, and Petroleum Engineers development courses, and building a robust
(AIME) approved a $1 million grant in library of webinars that members can
February 2021 to its member societies, access at no charge.
member
m ember news
news which include TMS, to mitigate the “This grant will support TMS as we
Share the good news negative impact on society operations weather disruptions to many of our
about your professional associated with the COVID-19 pandemic. traditional activities and pivot toward new
accomplishments! AIME’s member societies include TMS; the ways of better serving our members around
Association for Iron & Steel Technology the world during the pandemic,” said James
Contact Kaitlin Calva,
(AIST); the Society for Mining, Metallurgy, J. Robinson, TMS executive director. “We
JOM Magazine Managing
and Exploration (SME); and the Society of greatly appreciate the support of AIME
Editor, at kcalva@tms. Petroleum Engineers (SPE). The grant will in helping us meet these goals. I think it
org. Please note that be divided equally among the four groups. LV¿WWLQJWKDWDVZHFHOHEUDWHWKHWK
only news submitted by “The COVID-19 pandemic has presented anniversary year of AIME, we are working
current TMS members unprecedented challenges to the association together to develop new capabilities that
will be considered. community, including the disruption of will serve our members far into the future.”
convening people for knowledge sharing The American Institute of Mining,
and networking,” said George Luxbacher, Metallurgical, and Petroleum Engineers
AIME president. “All have had to pivot was founded in 1871 by 22 mining
to new ways of delivering member value, engineers in Wilkes-Barre, Pennsylvania,
VRPHUHTXLULQJVLJQL¿FDQWQHZUHVRXUFHV 86$DQGFHOHEUDWHVLWVWKDQQLYHUVDU\
AIME hopes that this increased support will in 2021. TMS will be celebrating the AIME
ease the transition.” anniversary year at the TMS 2021 Virtual
For TMS, delivering member value in Annual Meeting & Exhibition, March
the past year has included establishing the ±DQGDWWKH706$QQXDO
COVID-19 Resource Portal, providing 0HHWLQJ ([KLELWLRQ)HEUXDU\±0DUFK
meaningful virtual conference experiences, 3, 2021, in Anaheim, California, USA.
Paul Ohodnicki Receives ARPA-E Grant
Paul Ohodnicki, associate professor such as natural gas pipelines. Through the
of mechanical engineering and materials FRPELQDWLRQRIHPEHGGHGVHQVRUVDUWL¿FLDO
science at the University of Pittsburgh intelligence, and machine learning, this
(Pitt), received $1 million from the U.S. smart monitoring technology would allow
Department of Energy’s Advanced Research for targeted repair of the “intelligent”
Projects Agency-Energy (ARPA-E) Rapid pipelines with robotic crawlers, reducing
Encapsulation of Pipelines Avoiding both the time and cost of repairs.
Intensive Replacement program. Ohodnicki has been actively involved
Ohodnicki’s lab at Pitt will collaborate in several committees since becoming a
with other research groups at Pitt and TMS member in 2009. In 2010, he received
3DFL¿F1RUWKZHVW1DWLRQDO/DERUDWRU\RQ the Functional Materials Division (FMD)
Paul Ohodnicki WKHLUSURMHFW³µ,QQHUYDWHG¶3LSHOLQHV $1HZ Young Leaders Professional Development
Technology Platform for In-Situ Repair and Award. He currently serves on the TMS
Embedded Intelligence.” The award was Board of Directors as FMD Director/Chair.
DQQRXQFHGLQ1RYHPEHUDQGZRUNRQ In 2016, he received a Presidential Early
the project began in January 2021. Career Award in Science and Engineering
The “innervated” pipelines will mimic from the Department of Energy. And
WKHQHUYRXVV\VWHPZLWKRSWLFDO¿EHU in 2019, his work on cobalt-based
sensor technology embedded into the nanocrystalline alloys for gapless inductors
internal pipelines of critical infrastructure, earned him an R&D 100 Award.
1212Table of Contents
TMS Receives AIME Grant; Material Advantage Member Bringing MSE to the Public 1213
Material Advantage Student Launches MSE Podcast
Material Advantage member Punith we’re facing right now in the world”
Upadhya and co-host Thomas Miller are and “a discipline uniquely equipped to
bringing materials science and engineering solve these problems.” Upadhya has
(MSE) to a new audience through their similar hopes for the podcast showing the
podcast, It’s a Material World. general public how “materials science and
The podcast markets itself as “the show engineering plays a role in our everyday
that uncovers why materials science will OLYHVDQGKRZLQQRYDWLRQVLQWKLV¿HOG
change the world,” and it delivers on that will dramatically change the world.”
promise through a series of episodes with Ultimately, the pair hopes the podcast will
guests who discuss “the secret interactions also encourage
materials science has in our everyday more students to
lives.” From using nanotechnology in the pursue a career in
¿JKWDJDLQVW&29,' WRH[SORULQJKRZ MSE.
materials innovations help engineer better It isn’t all work,
clothing, each episode gives listeners a though: both
glimpse into some of the ways that materials hosts set out to
VFLHQFHLQÀXHQFHVWKHZRUOGDURXQGWKHP have a good time
Upadhya is currently pursuing his discussing MSE
M.S. in MSE at Georgia Institute of and their earnest
Technology (Georgia Tech) with a focus interest in the topics
on nanomaterials and biomaterials. Miller ropes listeners in.
recently completed his B.S. in MSE at “My favorite part
Georgia Tech where his primary interest was about the podcast
in functional materials. The pair conceived is the guests we
the idea for their podcast in the summer of get a chance to
2020 when their internships transitioned to talk to,” Upadhya
a virtual environment and were delayed due says. “Each of our Thomas Miller (left) and
to COVID-19. They channeled their new- guests have an impressive foundation of Punith Upadhya (right) are
found free time into planning and launching knowledge, and we hope their passion for bringing materials science
WKHSRGFDVWDQGWKH¿UVWHSLVRGHVZHUH WKH¿HOGUHVRQDWHVZLWKRXUOLVWHQHUV´ and engineering concepts
posted by August that year. 1HZHSLVRGHVDUHXSORDGHGHYHU\ to the public with their
podcast, It’s a Material
Miller notes that one goal for the podcast two weeks and can be accessed on your World.
is to highlight MSE “as a lens to look at preferred podcast platform or at https://
solutions to some of the biggest problems link.chtbl.com/ymvMBLjb?sid=tms.
In Memoriam
TMS extends its condolences to the family, friends, and colleagues
of Michael Loretto, emeritus professor at the University of Birmingham,
who passed away in January 2021. He received his B.Met. in 1955
from Sheffield University and his D.Sc. in 1972 from the University of
Birmingham.
Loretto’s career spanned the globe and bridged sectors, as he held
positions at the Commonwealth Scientific and Industrial Research
Organisation (CSIRO) in Australia, Battelle Memorial Institute in
the United States, and the Cavendish Laboratory at the University
of Cambridge and the Interdisciplinary Research Centre (IRC) in
Materials for High Performance Applications at the University of
Birmingham in the United Kingdom. He also published about 300
papers and conference presentations over the course of his career.
In 2011, he retired from his role as director of the IRC but remained
actively involved in the programs he established while there.
A longtime TMS member, he was recognized at TMS 2014
Annual Meeting & Exhibition with a special symposium, A Lifetime of
Experience with Titanium Alloys: An SMD Symposium in Honor of Jim
Williams, Mike Loretto, and Rod Boyer. In 2015, he received the TMS Michael Loretto (right) receives the 2015 Cyril Stanley
Cyril Stanley Smith Award. Smith Award from 2014 TMS President Hani Henein.Table of Contents
JOM,
JOM Vol. 73, No. 5, 2021
https://doi.org/10.1007/s11837-021-04650-w
https://doi.org/10.1007/s11837-021-04578-1
Ó 2021 The Minerals, Metals & Materials Society
In Case You Missed It:
Business News from the Field
JO
themagazine
Zero-Gravity Printing
Put to the Test
skarn and more copper-rich styles of
mineralization developed at depth.
Munich, Germany: Researchers at the
ARM Begins Platinum Project
Munich University of Applied Sciences
Johannesburg, South Africa: African
tested a new additive manufacturing process
5DLQERZ0LQHUDOV $50 DGLYHUVL¿HG
for orbiting spacecraft in collaboration
mining company, is moving forward on the
with the European Space Agency. The team
Merensky reef project at the Two Rivers
developed a 3D printer that extrudes liquid
platinum group metals (PGM) mine, near
photopolymer, applies ultra-violet light to
Do you have business Burgersfort, South Africa. The project will
harden structures quickly, and moves the
produce 182,000 six-element PGM ounces,
or industry news of print head three-dimensionally rather than
1,600 tonnes of nickel, and 1,300 tonnes
in a layer-by-layer traditional movement.
interest to the minerals, of copper a year. Two Rivers is a joint
7HVWLQJWRRNSODFHRQSDUDEROLFÀLJKWV
metals, and materials venture between ARM, at 51%, and Impala
Components printed in spacecraft may be
3ODWLQXP+ROGLQJV/LPLWHGDW
community? Submit tailored to their purposes in comparison
to Earth-made counterparts that must be Steel Dynamics Readies
your announcement oversized and built to withstand the forces New Mill
or press release to of rocket launch. Fort Wayne, Indiana, USA: Steel
Dynamics Inc. (SDI) plans to begin
Kaitlin Calva, EMX and Esan Partner
RSHUDWLRQVWKLVVXPPHUDWLWVQHZ
in Turkish Mine
JOM Magazine ELOOLRQÀDWUROOHGVWHHOPLOOLQ6LQWRQ
Vancouver, Canada: EMX Royalty
Managing Editor, at Texas, as the pandemic has not impacted
Corporation with operating partner Esan
construction. The new state-of-the-art
kcalva@tms.org for (F]DFLEDúL(QGVWUL\HO+DPPDGGHOHU6DQ
HOHFWULFDUFIXUQDFHÀDWUROOVWHHOPLOOLV
YH7LF$ùEHJDQFRQVWUXFWLRQRQDOHDG
consideration. expected to have an annual production
zinc-silver royalty property in northwestern
capacity of approximately three million
Turkey. Commercial production may start
st and is strategically located within the
as early as the fourth quarter of 2021. EMX
southwestern U.S. and Mexican markets. At
acquired the project’s mineral rights via
least three SDI customers have committed
its exploration programs, and then sold the
to locating operations on the mill’s campus,
property while
representing one million tons of annual
retaining a 4%
processing and consumption capacity.
net smelter return.
The property is New Magnesium Alloy
situated in Balya Thwarts Corrosion
mining district Geesthacht, Germany: Scientists
where there are DWWKH+HOPKROW]=HQWUXP*HHVWKDFKW
extensive zones Centre for Materials and Coastal Research
of carbonate created an alloy with pure magnesium
replacement style and very small amounts of calcium that
lead-zinc-silver achieved an exceptionally low corrosion
mineralization rate. The calcium reduces the cathodic
in addition to water reduction kinetics, allows the
GHYHORSPHQWRIDSURWHFWLYHVXUIDFH¿OP
Monterey, California, USA: Xerox Corporation deployed ElemX 3D printer for and stabilizes impurities within the alloy.
research activities at the U.S. Naval Postgraduate School. ElemX is one of the The alloy was comparable to stainless
first products to employ a production methodology called liquid metal jet printing magnesium in corrosion resistance. The
(LMJP). University trials found LMJP up to 10 times faster and one-tenth the discovery may impact the light metal’s
cost of prevailing additive manufacturing methods. Liquid metal jet printing may use in industry, where magnesium alloys
also lead to a 30% or greater increase in overall tensile strength. The printer
could facilitate the mass production of parts for defense, aerospace, heavy are valued for automotive, aerospace,
equipment, and oil and gas applications in the future. (Photo by Petty Officer electronics, biomedical, and energy-
3rd Class Leonard Weston, Naval Postgraduate School.) storage applications.
1214Table of Contents JOM, JOM Vol. 73, No. 5, 2021 https://doi.org/10.1007/s11837-021-04651-9 https://doi.org/10.1007/s11837-021-04578-1 Ó 2021 The Minerals, Metals & Materials Society Kaitlin Calva “In a year full of challenges like no other, the TMS Foundation held tight to its mission and persevered…” Coming out of a year of change for the TMS Foundation, recognition of their generosity, the TMS Foundation thanks 2020 began just as exciting as its predecessor. The TMS the following TMS members and friends for their support Foundation Board of Trustees and TMS Board of Directors in 2020 with its listing of the Annual Giving Honor Roll met for a retreat at the TMS 2020 Annual Meeting & DQG/LIHWLPH*LYLQJ+RQRUL¿F6RFLHWLHVDOVRDYDLODEOHDW Exhibition in February 2020, at which members of both www.TMSFoundation.org/HonorRolls. ERDUGVUHD൶UPHGWKHLUFRPPLWPHQWWRWKHPLVVLRQRIWKH To secure your place on the 2021 Honor Roll and help Foundation and made plans for engaging the Society in continue the mission of the TMS Foundation, make a their philanthropic goals. The board members went forth, donation today at www.TMSFoundation.org/Contribute. recognizing the challenge that lay ahead but nonetheless
Table of Contents
1216 Calva
The TMS Foundation 2020 Titanium Society Silver Society
($ ,
($10,000 to $
$19,999)
, ($5,000 to $9,999)
Honor Roll
1871 Legacy Circle
Lucinda and Martin Glicksman
Garry W. Warren and Larry Goldman
Viola L. Acoff Antoine Allanore
Lifetime Giving Honorific Societies Cynthia Bognar Anonymous
Diamond Society Joan and David DeYoung Corbett C. Battaile
($100,000 or more) James C. Foley Cynthia K. Belt
Lucinda and Martin Glicksman Gordon H. Geiger Nancy and David Bourell
Lorenzo Martinez Brad L. Boyce
Geraldine McCulley Wadsworth
and Jeffrey Wadsworth Gomez Amy J. and Kester D. Clarke
Maria Oliva and Kevin Ellen K. Cerreta and Carl Trujillo
Robyn and Rob Wagoner
Hemker Anne and Jonathan Dantzig
Michelle A. and Edward James Earthman
D. Herderick Carol and Kenneth Fuchs
Platinum Society
($50,000 to $99,999) Elizabeth Holm and Jeffery C. Gibeling
David Crockett Stacy and Bob Gleixner
Future Members to Come
Carol and Stanley William C. Harrigan Jr.
Howard Hani Henein
George T. Gray III Joy and Gregory Hildeman
Gold Society
($20,000 to $49,999) Diane and David Matlock John Howarter
Tina and Daniel Miracle John Hryn
Seta and Diran Apelian
Tai-Gang Nieh Cesar R. Inostroza
Om P. Arora (deceased)
Warren Oliver George Krauss
Carl M. Cady
Luis Ortiz Diane and David Laughlin
Joseph D. Defilippi Sonia and Deepankar Thaddeus B. Massalski
Linda and Lionel Kimerling Pal Ronald E. Miller
Kenneth R. Kinsman Lallie and Ray D. Michael J. Mills
Marc A. Meyers Peterson Jean and William Nix
Marilyn and George Leah and Paul R. Ohodinicki Jr.
Deepa and Brajendra Mishra
Pharr Harold W. Paxton
David Alan Shifler in Memory of Robert B. Pond Sr.
Mary C. and Robert D. Lynne and James Robinson
Garry W. Warren and Larry Goldman Shull
Wolfgang A. Schneider
Michèle and Patrice Angela and Alexander Scott
Turchi
Linda S. Schadler
William G. Wagstaff
Christopher Schuh
(deceased)
King-Ning Tu
Deborah L. Yaney
Olivia D. Underwood
Joan and James Yurko
Frank E. Wagstaff
Robert B. Wagstaff
Leigh and Timothy Weihs
Ingo Wender
Wendelin J. Wright and John C.
BravmanTable of Contents
The TMS Foundation: Standing Strong in 2020 1217
2020 Annual Giving Honor Roll
Foundation Leader Alexis C. Lewis Ramana G. Reddy
($2,500 or more) Michele V. Manuel Lynne and James Robinson
Antoine Allanore
Diane and David Matlock Dongwon Shin
Cynthia Bognar
Christina Elizabeth Meskers Victoria and Hong Yong Sohn
Carl M. Cady
Jean and William Nix Thermo-Calc Software Inc.
Joseph D. Defilippi
Toshiyuki Nohira Robert B. Wagstaff
James C. Foley
Leah and Paul Ohodnicki Dihua Wang
Yasuhiro Fukunaka
Lallie and Ray Peterson Clarissa Yablinsky
Cesar Inostroza and Ben Morrow
Michel Rappaz
Kenneth R. Kinsman Huayi Yin
W. Jud Ready
Marc A. Meyers
Michel R. Reverdy Foundation Provider
Tina and Daniel Miracle ($250 to $499)
Rob Ritchie
Luis Ortiz Anonymous
David Sapiro
David A. Shifler in Memory of Kimberly and Patrick Cannon
Linda S. Schadler
Robert B. Pond Sr.
Alfredo Oscar Del Campo
James L. Smith
Mary and Robert Shull
Joy H. Forsmark
Ann and Dan Thoma
Michèle and Patrice Turchi
Brian and Sandi Thomas Ronald Gibala
Robyn and Rob Wagoner
Steven J. Zinkle Andrew J. Gmitter
Joan and James Yurko
Michelle and Edward
Foundation Builder Herderick
Foundation Founder
($500 to $999)
($1,000 to $2,499) Michael E. Kassner
Nancy and Iver Anderson
Viola L. Acoff Douglas Kelley
Acta Materialia Inc.
American Institute of Mining, Carlos G. Levi
Metallurgical, and Raymundo Arroyave
Petroleum Engineers (AIME) Alan A. Luo
Brad L. Boyce
Anonymous Robert Maass
Eric N. Brown
Corbett C. Battaile Eric A. Nyberg
M. Grace Burke
Thomas P. Battle Elsa Olivetti
Carelyn E. Campbell and
Garth W. Billings Mark R. Stoudt Robert A. Rapp
Nancy and David Bourell Mary and Raymond Decker Martha and Robert Rose
Gerbrand Ceder Philip Giudice Krishnan K. Sankaran
Amy and Kester Clarke Siegfried S. Hecker Judy Schneider
Joan and David DeYoung Hani Henein Justin A. Scott
George T. Gray III Maria Oliva and Kevin Hemker Kathy and George Spanos
Carol and Stanley Howard John A. Howarter Alex T. Vai
The Charles and Esther Lee Enrique Lavernia and Julie Schoenung Charles H. Ward
Kimerling Charitable Foundation Paul Mason Mark L. Weaver
Halvor Kvande Dihua Wang Edward McRae Williams
Diane and David E. Laughlin Adam C. Powell IV Hongmin ZhuTable of Contents
1218 Calva
Foundation Ambassador Campbell Laird Michael Bazzy
($100 to $249) Sanboh Lee Christine J. Beyke
Anonymous
Harry A. Lipsitt Irene J. Beyerlein
David F. Bahr
Jonathan D. Madison William P. Blankenship
William J. Boettinger
Suveen N. Mathaudhu Kyle Boone
Ekkes Brueck
David L. McDowell Michael P. Brady
Daniel B. Bullen
Terry R. McNelley David J. Browne
Douglas Burkes
Neville R. Moody Daniel C. Bufford
Indrajit Charit
Richard P. Oleksak Laurent Capolungo
Blythe Gore Clark
Hong Peng Dick Casali
David S. Conochie
Yu Ren X. Grant Chen
Jacob Crane
Steve Reubi Corleen Chesonis
Subodh K. Das
Thomas K. Searles Joseph Chieu
Chanaka De Alwis
James L. Smialek Julie A. Christodoulou
Marc J. De Graef
Oscar Marcelo Suarez Alan G. Chynoweth
Sandy K. DeWeese
Srivatsan S. Tirumalai Megan J. Cordill
Jeffrey W. Fergus
Arthur P. Turner Herbert Danninger
John E. Flinn
Pello Uranga Nader Dariavach
David U. Furrer
Natalie and Chester J. Van Tyne Kristiaan Deckers
Jeffery C. Gibeling
William J. Weber Alexander Derkaschenko
Paul S. Gilman
F.W. Wiffen Patrice Desrosiers
Anthony F. Giamei
David B. Witkin Eric Detsi
Frederick R. Hafner
Charles Fred Yolton Jaroslaw W. Drelich
William L. Hamm Jr.
Yuntian Zhu Matthew R. Earlam
Ola L. Harrysson
Foundation Patron Saryu Jindal Fensin
Jeffrey A. Hawk ($25 to $99) Paul S. Follansbee
Richard W. Hertzberg Vincent Ben B. Abratigue
Gordon H. Geiger
Lee E. Hoffman Patrick M. Afenya
Jonathan Gigax
William P. Imrie Jason P. Allen
Lee A. Gouwens
Vladislav Kanazirev Gerardo Raul Alvear Flores
Richard E. Grace
Sung K. Kang Amazon Smile Foundation
Mustafa Guclu
Marian S. Kennedy Alex O. Aning
Douglas C. Haag
Peter L. Kern Anonymous
William F. Hammetter
Matthew J. Kramer Raiyomand F. Aspandiar
Joseph Hamuyuni
Jessica A. Krogstad Roy Baguley
Rune Hansen
Jamie J. Kruzic Eduardo BalladaresTable of Contents
The TMS Foundation: Standing Strong in 2020 1219
Hiroshi Harada Erik M. Mueller G. Malcolm Stocks
Leonard Harris Donald W. Murphy Chantal K. Sudbrack
Adrian Hightower Guiru L. Nash Liu Dion J. Sunderland
Douglas C. Hofmann Funsho K. Ojebuoboh Robert M. Suter
Won Sik Hong Harmen Oterdoom Keith W. Sweatman
Werner H. Hort Walter A. Petersen Arif S. Tiammar
Mihaiela Isac Suzanne and Andre Phillion Stewart W. Towle
Tsutomu Ito Xiaofeng Qian Francis O. Ugbo
Animesh Jha Ramesh C. Rao Ali Unal
Hana Jirková Ricardo Rios Kinga Angelika Unocic
John R. Jose Linda L. Rishel Jesus M. Velazquez
Ricardo K. Komai Fernando C. Rizzo Heather M. Volz
Pavel A. Korzhavyi Michael Roesner-Kuhn Paulo Von Kruger
Hanlie Kotze Joseph C. Sabatini Cong Wang
Dileep Kumar C J Mary Samsa William Yi Wang
Lilia Kurmanaeva Mohsen Seifi Garry W. Warren and Larry Goldman
Julien Lauzon-Gauthier Amit Shyam Glenn G. Whiteside
Pascal Lavoie Eugene A. Silva Andrew E. Wessman
Changwoo Lee Alok Singh Barry J. Welch
Luis Leon Ernest J. Sirois David Sydney Wong
Nan Li Winston Oluwole Soboyejo Winnie K. Wong-Ng
Pei Yong Li Alfred Spanring Jien-Wei Yeh
Greta Lindwall Ashley D. Spear Hung-Wei Yen
Yi Liu Bala Srinivasan Qiaoshi Zeng
William D. Macdonald Robert L. Stephens James Zuback
Juan Carlos Madeni
Bhaskar S. Majumdar
Peter E. Marshall This symbol after a name
signifies members of the
Jan W. Matousek
Foundation’s 40/40 Club—
Masahiro Michino
donors age 40 or under who
Victoria M. Miller gave $40 or more in 2020.
Leila Miranda
Arthur E. Morris
John W. Morris Jr.
Carol E. Moyer JO
themagazineTable of Contents
JOM,
JOM Vol. 73, No. 5, 2021
https://doi.org/10.1007/s11837-021-04652-8
https://doi.org/10.1007/s11837-021-04578-1
Ó 2021 The Minerals, Metals & Materials Society
Kaitlin Calva
Similar to the role of the TMS Board of Directors in The six individuals presented in the following pages
setting strategic priorities and leading the Society into the ZHUHR൶FLDOO\LQVWDOOHGDVWKHQHZHVWPHPEHUVRIWKH
future, the TMS Foundation Board of Trustees represents TMS Foundation Board of Trustees at their March 2021
the Foundation’s mission, provides strategic direction for PHHWLQJ7R¿QGRXWKRZ\RXFDQJHWLQYROYHGZLWKWKH
SURJUDPVDQGIXQGVDQGHQJDJHVLQH൵HFWLYHIXQGUDLVLQJ TMS Foundation as a member of the Board of Trustees,
7KH\DUHWKHSKLODQWKURSLFVWHZDUGVRIWKH6RFLHW\7KHLU contact Kimberly Cannon, Membership, Volunteerism &
FRPPLWPHQWWRSURYLGLQJ¿QDQFLDODVVLVWDQFHDQGFDUHHU TMS Foundation Department Head, TMS, at kcannon@
building experiences for students and young professionals WPVRUJRU
helps to ensure a bright future for the minerals, metals, and To learn more about the Foundation’s mission, visit the
PDWHULDOVSURIHVVLRQV $ERXWSDJHDWZZZ706)RXQGDWLRQRUJ
Brad Boyce hopeful that I can help communicate the unique value of
“I view my donation to the WKH)RXQGDWLRQDVDVSRQVRUIRUWKHGHYHORSPHQWRIHDUO\
Foundation as a way to pay FDUHHUSURIHVVLRQDOV,¶PDOVRKRSHIXOWKDWZHFDQH[SDQG
it forward,” said Brad Boyce, the portfolio of services that the Foundation provides to
distinguished member of the HQDEOHDEURDGHUUDQJHRISRVLWLYHRXWFRPHV´
WHFKQLFDOVWD൵DW6DQGLD1DWLRQDO 7KRXJKWKH&29,' SDQGHPLFKDVD൵HFWHG
/DERUDWRULHV³$V,KDYHDGYDQFHG many aspects of TMS membership, such as the shared
in my career, each step has been H[SHULHQFHRIDWWHQGLQJLQSHUVRQPHHWLQJV%R\FH
facilitated by support from a recognizes there is still a need to lift members up with
network of colleagues, mentors, WKHKHOSRIWKH)RXQGDWLRQ³7KURXJKWKLVOHQVZHUHDOL]H
DQGDGYRFDWHV706KDVSURYLGHGDNH\UROHLQKHOSLQJ KRZIRUWXQDWHZHZHUHWRKDYHWKHLQSHUVRQ706
me develop my network and learn about the advances IDFLOLWDWHGPHHWLQJVDVIRUXPVIRULQWHUDFWLRQ$VZHORRN
DFURVVWKHZRUOGLQPDWHULDOVUHVHDUFK%\FRQWULEXWLQJ to rebuild those connections, donations to the Foundation
to the Foundation, I am contributing to the development can help the Society continue to engage early members,
RIWKHQH[WJHQHUDWLRQRIHDUO\FDUHHUUHVHDUFKHUVZKR who are especially isolated by the virus at a critical stage
are joining the TMS family and contributing in their own in their career and in need of that extra encouragement
XQLTXHZD\V´ DQGVXSSRUW´
%R\FH¿UVWEHFDPHLQYROYHGZLWKWKH706)RXQGDWLRQ
when he received the Structural Materials Division (SMD)
Young Leaders Professional Development Award in “I’m hopeful that I can help communicate
+HDWWHQGHGWKH(PHUJLQJ/HDGHUV$OOLDQFH (/$ the unique value of the Foundation as
program, supported through a registration grant from the
Foundation, several years later and then became a donor a sponsor for the development of early-
as his engagement with TMS grew, from volunteering career professionals.”
within the SMD to his most recent role as Programming
—Brad Boyce
'LUHFWRURQWKH706%RDUGRI'LUHFWRUV³1RWDOO
SURIHVVLRQDOVRFLHWLHVKDYHDSKLODQWKURSLFEUDQFK,¶P
1220Table of Contents
Meet the New Members of the TMS Foundation Board of Trustees 1221
Amy J. Clarke
Currently an associate professor Foundation, not only recognize established professionals,
LQWKH*HRUJH6$QVHOO'HSDUWPHQW but also acknowledge the adversity experienced by some
of Metallurgical and Materials RIRXUPHPEHUV7KHLUVWRULHVSURPRWHDZDUHQHVVDQG
(QJLQHHULQJDWWKH&RORUDGR SURYLGHLQVSLUDWLRQWRWKHPDWHULDOVFRPPXQLW\´
School of Mines, Amy Clarke :KLOH&ODUNHKDVEHHQDPHPEHURIPDQ\706
QRWHVWKDWLW¶VGL൶FXOWWRSLQSRLQW committees and served as Membership & Student
KHU¿UVWLQYROYHPHQWZLWKWKH Development Director on the TMS Board of Directors, she
706)RXQGDWLRQ5HFHLYLQJWKH steps into a new role with the Society as member of the
0DWHULDOV3URFHVVLQJ 706)RXQGDWLRQ%RDUGRI7UXVWHHV³:KDW,DPORRNLQJ
Manufacturing Division Young Leaders Professional forward to the most is learning more about the positive
'HYHORSPHQW$ZDUGDQG706)HGHUDWLRQRI impacts the TMS Foundation is having on our members! I
(XURSHDQ0DWHULDOV6RFLHWLHV )(06 Table of Contents
1222 Calva
Linda Schadler ,DPPRVWSDVVLRQDWHDERXW,DPKRSLQJ,FDQKHOSWKH
Linda Schadler, dean of Foundation realize some of their fundraising goals in these
WKH&ROOHJHRI(QJLQHHULQJDQG WZRDUHDV´
Mathematical Science at the “There are only a few ways for the materials
8QLYHUVLW\RI9HUPRQW¿UVWMRLQHG FRPPXQLW\WRKHOSVXSSRUWWKHLURZQ2QHZD\LVRI
TMS at the encouragement of her course, by spending time mentoring students and young
SURIHVVRUVDIWHUJUDGXDWLRQ$IWHU SURIHVVLRQDOV´VKHQRWHG³%XWMXVWDVLPSDFWIXODUHWKH
beginning her academic career, IXQGVZHFDQVSHQGWRUHOLHYHWKH¿QDQFLDOEXUGHQIRU
she got involved with the TMS VWXGHQWVDQGWRUHFRJQL]HWKHLUH൵RUWVLQUHVHDUFK:HRZH
(GXFDWLRQ&RPPLWWHHWKURXJKKHU it to our community to give back with time, talent, and, as
GHSDUWPHQWFKDLU$ODQ/DZOH\³,WDOOVQRZEDOOHGIURP DSSURSULDWHWUHDVXUH7KLVLVWUXHLQRXUORFDOFRPPXQLWLHV
WKHUH7KH706OHDGHUVKLSDWWKHWLPHZDVLQFUHGLEO\ EXWDOVRRXUSURIHVVLRQDOFRPPXQLWLHV´
welcoming and I found colleagues that I learned a lot
from, enjoyed hanging out with, and for whom I have
WUHPHQGRXVUHVSHFW´ “…just as impactful are the funds we can
“The TMS Foundation’s commitment to supporting spend to relieve the financial burden for
students is an important contribution to the materials
FRPPXQLW\´6FKDGOHUUHPDUNHG,QDGGLWLRQWRWKHVH students and to recognize their efforts in
H൵RUWV6FKDGOHUUHFRJQL]HGWKHLPSRUWDQFHRISURPRWLQJ research.”
a more diverse and inclusive professional community —Linda Schadler
WKURXJK706¶VWZRGLYHUVLW\DZDUGV³:KLOHWKH
Foundation supports other programs, these are the ones
Dan J. Thoma VDLG³,QP\RSLQLRQWKHPDWHULDOVSURIHVVLRQVDGYDQFH
“I look forward to promoting WHFKQRORJ\DQGLQFUHDVHTXDOLW\RIOLIH7KH706
enthusiasm to engage impactful Foundation is one mechanism to sustain the future health
activities that advance the RIWKHSURIHVVLRQV´
profession,” said Dan Thoma, Looking to the bylaws and mission of TMS, Thoma
director of the Grainger Institute recognizes how the mission of the Foundation supports
IRU(QJLQHHULQJDQGSURIHVVRURI VRFLHW\DWODUJHE\VXSSRUWLQJWKHPDWHULDOVSURIHVVLRQV³,
materials science and engineering think most of our current and future members want to make
DWWKH8QLYHUVLW\RI:LVFRQVLQ DSRVLWLYHLPSDFWRQVRFLHW\7KHEHOLHIWKDWVXVWDLQDEOH
0DGLVRQ³My service and past materials enable technology advancement for topics such as
roles within TMS have provided a large network of clean energy, transportation, communication, and safety is a
interactions, and I hope to engage that community for the SRZHUIXOPHVVDJH´
QH[WJHQHUDWLRQRIWKHPDWHULDOVFRPPXQLW\´
Thoma has been involved in TMS and the TMS
Foundation since about 1992, holding many roles within “In my opinion, the materials professions
the Society throughout his membership, including as advance technology and increase quality
7063UHVLGHQW+HKDVDOVRVHUYHGRQWKH%RDUG
of Trustees for the American Institute of Mining, of life. The TMS Foundation is one
0HWDOOXUJLFDODQG3HWUROHXP(QJLQHHUV $,0( DQGIRU mechanism to sustain the future health of
WKH8QLWHG(QJLQHHULQJ)RXQGDWLRQ 8() ZKLFKKDV
the professions.”
NHSWKLPDFWLYHO\LQYROYHGRYHUWKH\HDUV³$OORIWKHVH
organizations have strived to provide advancement for —Dan J. Thoma
professionals in a materials and engineering career,” heTable of Contents
Meet the New Members of the TMS Foundation Board of Trustees 1223
Olivia D. Underwood LQFOXVLRQ7KHZRUNRIGLYHUVLW\HTXLW\DQGLQFOXVLRQLVIDU
Jackson from being done and requires each one of us to do our part
“TMS has helped me to grow WRPDNHWKLV6RFLHW\PRUHLQFOXVLYH´
SURIHVVLRQDOO\DQGDVDOHDGHU In this new leadership role with the Foundation, Jackson
It has also provided a platform KRSHVWRHQVXUHWKHVXFFHVVRIWKHQH[WJHQHUDWLRQ³,DP
where I could share my research; looking forward to helping expand and maintain the current
therefore, it is important that I and future TMS funding avenues to support students and
continue to pay it forward through young professionals to be able to attend conferences and to
P\LQWHUDFWLRQVDQG¿QDQFLDO GHYHORSSURIHVVLRQDOO\´
support to provide opportunities for 6KHFRQWLQXHGQRWLQJWKDW ³5HSUHVHQWDWLRQPDWWHUV,
students and young professionals,” said Olivia Underwood will be actively looking for roles where I can advocate for
-DFNVRQSULQFLSDOPHPEHURIWKHWHFKQLFDOVWD൵DW6DQGLD equity in TMS actions, champion diversity and inclusion,
1DWLRQDO/DERUDWRULHV-DFNVRQQRWHVWKDWDWWHQGLQJWKH and push TMS in taking a bolder leadership role in
(/$SURJUDPLQZDVKHU¿UVWLQYROYHPHQWZLWKWKH increasing the recruitment, retention, and participation of
Foundation, which provided her with invaluable leadership historically underrepresented groups in materials science
VNLOOVWKDWKDYHKHOSHGDFFHOHUDWHKHUFDUHHU7KLVFKDQFH DQGHQJLQHHULQJ´
to grow professionally and hone her abilities has kept her
DFWLYHLQ706DQGWKH)RXQGDWLRQRYHUWKH\HDUV “…it is important that I continue to pay
Jackson also received the 2019 Frank Crossley
'LYHUVLW\$ZDUGIURP706ZKLFKDVD¿UVWJHQHUDWLRQ it forward through my interactions and
FROOHJHJUDGXDWHKDVDVSHFLDOPHDQLQJIRUKHU³$IWHU financial support to provide opportunities
H[SHULHQFLQJ¿UVWKDQGZKLOHZRUNLQJRQP\3K'ZKDW
it feels like to be excluded and to be met with resistance for students and young professionals.”
because of the color of my skin, it warms my heart to see —Olivia D. Underwood Jackson
TMS celebrate and take an active interest in diversity and
The TMS Foundation Board of Trustees
Chair John Howarter
Garry W. Warren Associate Professor of Materials Engineering and
Professor Emeritus, University of Alabama Environmental & Ecological Engineering, Purdue University
Executive Committee Representative Marc Meyers
James Foley Distinguished Professor of Materials Science,
Sigma-1 Group Leader, Los Alamos National Laboratory University of California, Santa Barbara
Trustees Ray Peterson
Viola Acoff Technology Director, Real Alloy
Associate Dean, University of Alabama Linda Schadler
Brad Boyce Dean, College of Engineering and Mathematical Sciences,
Distinguished Member of the Technical Staff, University of Vermont
Sandia National Laboratories David A. Shifler
Program Officer, Office of Naval Research
Carl M. Cady
Technical Staff Member, Los Alamos National Laboratory Robert D. Shull
NIST Fellow (Retired), National Institute for Standards and
Amy J. Clarke Technology (NIST)
Associate Professor, George S. Ansell Department of
Metallurgical and Materials Engineering, Dan J. Thoma
Colorado School of Mines Director, Grainger Institute for Engineering, and Professor,
Materials Science and Engineering, University of
David DeYoung Wisconsin-Madison
Director of Reserach & Development (Retired),
Alcoa Olivia D. Underwood Jackson
Principal Member of Technical Staff,
Stanley M. Howard Sandia National Laboratories
Senior Lecturer and Professor Emeritus,
South Dakota School of Mines & Technology
Secretary
James J. Robinson
JO
themagazine
TMS Executive DirectorTable of Contents
JOM,
JOM Vol. 73, No. 5, 2021
https://doi.org/10.1007/s11837-021-04657-3
https://doi.org/10.1007/s11837-021-04578-1
Ó 2021 The Minerals, Metals & Materials Society
Engaging with the
Government and
Public to Advance
the Materials Science
and Engineering Field Members of the TMS Board of Directors,
and TMS Members P&GA Committee, and staff at a
Congressional Visits Day in July 2015.
Eric N. Brown, Emily Rinko, Richard Otis, Viola L. Acoff, and Natasha Vermaak
While most TMS members engage 706DGYRFDWHVIRUEURDGEDVHGPDWHULDOV
with the Society and other members of the UHODWHGUHVHDUFKDQGGHYHORSPHQWVXSSRUWV
¿HOGWKURXJK706¶VPDQ\FRQIHUHQFHV VFLHQFHWHFKQRORJ\HQJLQHHULQJDQG
PHHWLQJVDQGMRXUQDOVQRWDOOPHPEHUV PDWK 67(0 SURJUDPVDQGSURPRWHV
are familiar with the important work the materials science and engineering
the Society does in engaging with the SURIHVVLRQ7KH3 *$&RPPLWWHHR൵HUV
SXEOLFDQG86JRYHUQPHQWWRDGYDQFH PHPEHUVWKHRSSRUWXQLW\WRHGXFDWH
the materials science and engineering WKHPVHOYHVRQSXEOLFSROLF\LVVXHVUHOHYDQW
disciplines on behalf of the TMS WRWKHLUFDUHHUVDQGWRSURYLGHWKHLUH[SHUW
PHPEHUVKLS7KURXJKLWV3XEOLF DGYLFHWROHJLVODWRUVSROLF\PDNHUVDQG
*RYHUQPHQWDO$൵DLUV 3 *$ &RPPLWWHH WKHSXEOLF706ZHOFRPHVWKHRSSRUWXQLW\
WRZRUNFRKHVLYHO\DQGSXUSRVHIXOO\
with other organizations and professional
VRFLHWLHVWRDFFRPSOLVKXQLYHUVDOJRDOV
WKDWVXSSRUWRXUPLVVLRQWRSURPRWH
PLQHUDOVPHWDOVDQGPDWHULDOVVFLHQFHDQG
WHFKQRORJ\
TMS participates in formal and
LQIRUPDOYLVLWVWR&DSLWRO+LOOWRKHOS
6RFLHW\PHPEHUVVKDUHWKHLUH[SHUWLVH
ZLWKPHPEHUVRI&RQJUHVVDQGWKHLU
VWD൵3HULRGLFDOO\706KRVWV0DWHULDOV
Iver Anderson (left, standing), TMS P&GA Committee member, gives a
presentation for staff members of the U.S. Senate and House Congressional ,QIRUPDWLRQ/XQFKHRQVEULQJLQJ
offices at the September 2015 Materials Information Luncheon: Building the UHSUHVHQWDWLYHVIURPWKHPLQHUDOVPHWDOV
STEM Workforce for a Robust Economy. DQGPDWHULDOVFRPPXQLW\WRFRQJUHVVLRQDO
Eric N. Brown Emily Rinko Richard Otis Viola L. Acoff Natasha Vermaak
1224Table of Contents
Engaging with the Government and Public to Advance the Materials Science and Engineering Field and TMS Members 1225
OHDGHUVWRGLVFXVVWRSLFVRILQWHUHVWDQG
FRQFHUQLQVFLHQFHDQGWHFKQRORJ\:H
ORRNIRUZDUGWRUHWXUQLQJWRKRVWLQJWKHVH
0DWHULDOV,QIRUPDWLRQ/XQFKHRQVRQFH
LWEHFRPHVVDIHWRGRVR7KH6RFLHW\
KDVPDQ\DGYRFDF\LQWHUHVWVIRUZKLFK
LWHQJDJHVZLWKIHGHUDOSROLF\PDNHUV
LQFOXGLQJ
• 0DQXIDFWXULQJ$GYDQFHG
0DQXIDFWXULQJDQG0DQXIDFWXULQJ
86$
• 1R,QVWLWXWLRQRI8QUHDVRQDEOH
%DUULHUVIRU866FLHQWLVWVDQG
(QJLQHHUVWR7UDYHO)UHHO\RUIRU
,QWHUQDWLRQDO6FLHQWLVWVDQG(QJLQHHUV
WR(QWHUWKH86IRUWKH3XUSRVHRI
.QRZOHGJH([FKDQJH
• 67(0(GXFDWLRQIRU.±WR)XHO
(FRQRPLF*URZWKDQG,QQRYDWLRQ
TMS Executive Director
• 'LYHUVLW\(TXLW\DQG,QFOXVLRQLQ RSSRVLWLRQWRDSURSRVHGVWULFWWZR\HDU
James J. Robinson (left)
6FLHQFH (QJLQHHULQJ OLPLWIRULQWHUQDWLRQDOVWXGHQWYLVDVDQG and 2017 TMS President
• 5DFLDODQG6RFLDO-XVWLFH WKHSURSRVDOZDVZLWKGUDZQ706DQG David H. DeYoung (right),
• 6FLHQWL¿F&RQIHUHQFH$WWHQGDQFHDQG PRUHWKDQVFLHQFHDQGHQJLQHHULQJ with U.S. Representative
3DUWLFLSDWLRQIRU)HGHUDO(PSOR\HHV organizations signed an open letter to the Mike Doyle (PA-18; center)
during a busy day of
• (QHUJ\DQG(QYLURQPHQWDO :KLWH+RXVH'HSDUWPHQWRI+RPHODQG
Congressional visits in
6XVWDLQDELOLW\ 6HFXULW\DQG'HSDUWPHQWRI6WDWHDUJXLQJ April 2017.
• 0DWHULDOV,QQRYDWLRQ0DWHULDOV IRUWKHFRQWLQXDWLRQRI&29,' UHODWHG
*HQRPH,QLWLDWLYH H[HPSWLRQVWRLQSHUVRQFRXUVHZRUN
• 5DUH(DUWK&ULWLFDO0DWHULDOV1DWXUDO RUGLQDULO\UHTXLUHGIRULQWHUQDWLRQDOVWXGHQW
5HVRXUFH8WLOL]DWLRQ YLVDKROGHUV706SXEOLVKHGDVWDWHPHQW
• Basic Research in Science and DQGWRRNDFWLRQVUHJDUGLQJUDFLDOMXVWLFH
(QJLQHHULQJ with TMS leaders committing to adding
• )HGHUDO$JHQF\)XQGLQJRI86 VRFLDOMXVWLFHIRU%ODFN$PHULFDQVDQG
'HSDUWPHQWRI(QHUJ\1DWLRQDO XQGHUUHSUHVHQWHGDQGXQGHUVHUYHGJURXSV
6FLHQFH)RXQGDWLRQ1DWLRQDO,QVWLWXWH PRUHEURDGO\WRRXUR൶FLDODGYRFDF\
RI6WDQGDUGVDQG7HFKQRORJ\DQG SRVLWLRQZKHQ706OHDGHUVKLSWUDYHOVWR
National Laboratories :DVKLQJWRQ'&WRHQJDJHZLWKIHGHUDO
,QWKHSDVW\HDU706DVDPHPEHU R൶FLDOVDQGHOHFWHGUHSUHVHQWDWLYHV
VRFLHW\WRRNSXEOLFSRVLWLRQVRQVHYHUDO $OORI706¶VOHWWHUVDQGVWDWHPHQWV
LVVXHVRQEHKDOIRIWKHPDWHULDOVVFLHQFH UHODWHGWRFXUUHQWLVVXHVDUHDYDLODEOHRQWKH
DQGHQJLQHHULQJFRPPXQLW\706 706ZHEVLWHDWZZZWPVRUJ
GHYHORSHGDSRVLWLRQVWDWHPHQWUHD൶UPLQJ &XUUHQW,VVXHV7RSLFVRIRXWUHDFKWKDW
WKH6RFLHW\¶VFRPPLWPHQWWRDGYDQFLQJ DUHOHDGRQEHKDOIRIWKH6RFLHW\WKURXJK
UDFLDODQGJHQGHULQFOXVLYLW\LQVFLHQFHDQG 3 *$FDQFRPHIURPDOOSDUWVRI706
engineering and called for the repeal of an LQFOXGLQJWRSLFVUDLVHGE\LQGLYLGXDO
([HFXWLYH2UGHUEDQQLQJFHUWDLQNLQGVRI 6RFLHW\PHPEHUV WRSLFVEURXJKWIRUZDUG
ZRUNSODFHGLYHUVLW\WUDLQLQJ706VHQWD in collaboration with other committees
letter to the incoming Biden administration ZLWKLQWKH6RFLHW\LQFOXGLQJWKH706
XUJLQJWKHPWRUHYRNHWKLV([HFXWLYH &RQWHQW'HYHORSPHQWDQG'LVVHPLQDWLRQ
2UGHUZKLFKWKH\GLGRQWKHLU¿UVWGD\LQ &RPPLWWHHRQSURSRVHGOHJLVODWLRQDURXQG
R൶FHDQGZDVRQHRIRUJDQL]DWLRQV RSHQDFFHVVSXEOLVKLQJDQGWKH706
WRVLJQDOHWWHUFDOOLQJIRUWKHUHYHUVDO 'LYHUVLW\(TXLW\DQG,QFOXVLRQ '(,
of a ban on federal employee training &RPPLWWHHRQ WRSLFVDURXQGGLYHUVLW\
SURJUDPVUHODWHGWRGLYHUVLW\HTXLW\DQG HTXLW\LQFOXVLRQDQGUDFLDOMXVWLFH
LQFOXVLRQ706VXEPLWWHGDOHWWHUWRWKH and topics raised by the TMS Board of
'HSDUWPHQWRI+RPHODQG6HFXULW\LQ 'LUHFWRUV3URSRVHGletters and statementsYou can also read
