Axel van de Walle CV *
Curriculum Vitae
Axel van de Walle
Associate Professor
Box D
School of Engineering
Brown University
Providence, RI 02912
e-mail: aboyo4@r.postjobfree.com
home page: http://alum.mit.edu/www/avdw
phone: 401-***-****
Personal Information
Year of Birth: 1972
Citizenship: Canadian, US Permanent Resident.Spoken and Written Languages: English and French
Education
Ph. D. in Materials Science and Engineering (MIT, 2000)
Title: The Effect of Lattice Vibrations on Substitutional Alloy Thermodynamics
Advisor: Prof. Gerbrand Ceder
Recent Professional Experience
Associate Professor (July 2011present)
School of Engineering,
Brown University
.
Assistant Professor (July 2006June 2011)
Department of Applied Physics and Materials Science
Engineering and Applied Science Division,
California Institute of Technology
.
Senior Research Associate (
Jan 2004June 2006)
Physics; Chemistry; Materials Science and Engineering Departments,
Northwestern University
References: Mark Asta, Donald Ellis
Research Associate (Sep 2002 Dec 2003)
Post-doctoral Fellow (Sep 2000 Aug 2002)
Materials Science and Engineering Department, Northwestern University
Reference: Mark Asta
Axel van de Walle CV 2
Research Areas
Computational materials science, first-principles quantum mechanical calculations,
thermodynam-
ics and solid-state physics, with applications primarly to energy materials
(thermoelectrics, fuel cell
electrolytes, semiconductors for photovoltaic cells, battery electrodes, nuclear fuels,
high tempera-
ture alloys, catalysts).
Grants
1. Principal Investigator for the project Computational Search for Isostructural
Multicompo-
nent Alloys A Replacement Strategy for Refractory Materials, ONR ($250,000/1 yr, van
de Walle s share: $150,000/1 yr, beginning: July 1, 2011).
2. Principal Investigator for the project CAREER: Extending the lattice stability
framework
in ab initio alloy thermodynamics NSF Condensed Matter and Materials Theory program,
DMR-0953378, ($435,000/5 years, beginning: July 15, 2010).
3. Principal Investigator for the project The Generalized Cluster Expansion: A Tool for
Rep-
resenting Structure-Property Relationships,, NSF Condensed Matter and Materials Theory
program, DMR-0907669, ($306,000/3 years, beginning: September 15, 2009).
4. Principal Investigator for the project Computational design of high-melting-point
materials,
ONR ($250,000/1 yr, beginning: April 1, 2010).
5. Principal Investigator for the project Rational design of refractory materials; A
combined
computational and experimental approach, ONR ($750,000/3 yr, van de Walle s share
$375,000/3
yr, beginning: December 1, 2010).
6. Co-Principal Investigator, DOE s Nuclear Energy Research Initiative (NERI) Project
Number
08-051 (PI: Neils Gronbech Jensen, UC Davis). van de Walle s share: $449,000/3 years.
7. Principal Investigator, grant for Teragrid supercomputer time allocation (2003-2011,
yearly).
Allocation for 2011: 4 000 000 cpu-hour.
8. Senior Personnel in the Center for the Predictive Modeling and Simulation of High
Energy
Density Dynamic Response of Materials (PI: Michael Ortiz, Caltech). van de Walle s
$1,000,000/5 years.
9. SEED funds from Caltech s NSF Center for the Science and Engineering of Materials
(CSEM):
$50,000/2 years.
10. Co-Principal Investigator on Advanced Nanoscale Thin Film & Bulk Materials Towards
Thermoelectric Power Conversion Efficiencies of 30% (PI: Jeffrey Snyder). van de Walle s
share: ~$25,000/1 year.
Prizes and Awards
1. NSF CAREER grant (2010).
2. Materials Research Society Gold Graduate Student Award (2000).
Axel van de Walle CV 3
3. Teaching Award for the School of Engineering of MIT (1999). Each year, only one award
is
given for MIT s entire School of Engineering.
4. 1967 Science and Engineering Doctoral Scholarship from the Natural Sciences and Engi-
neering Research Council of Canada (1994 1998). Each year, about 50 1967 scholarships
are awarded throughout Canada.
5. Krashinsky award, awarded once per year by Quebec s Association of Engineers (Ordre
des
Ing'enieurs du Qu'ebec) (1993).
6. Industrial award R.A. Fessenden (1993).
7. Undergraduate level scholarship from the Natural Sciences and Engineering Research
Council
of Canada, for 3 consecutive years (1992-1994).
8. Canada Scholars, for 4 consecutive years (1990-1994).
9. First price in Quebec at the pre-college level physics competition of the Canadian
Association
of Physicists (1990).Graduate Students and Post-doctoral fellows advised
Pratyush Tiwary (graduate student)
Gregory Pomrehn (graduate student)
Steven Demers (graduate student)
Balaji Gopal Chirranjeevi (graduate student)
Qijun Hong (graduate student)
Adam Kowalski (graduate student)
Ljubomir Miljacic (post-doctoral fellow)
Ligen Wang (post-doctoral fellow)
Roman Chepulskyy (former post-doctoral fellow)
Professional activities
Associate Editor, Calphad Journal.
Developer of the Alloy Theoretic Automated Toolkit (ATAT), a software package available
at http://www.its.caltech.edu/~avdw/atat that enables atomistic and thermodynamic
modeling from first principles. ATAT is currently used by over 20 research groups in both
industry and academia, including
Greg Olson, Gautam Ghosh (Northwestern) Alex Zunger (NREL)
Chris Wolverton (Ford, now at Northwestern) Gerd Ceder (MIT)
Chris Woodward (Air Force Research Laboratory) Ben Burton (NIST)
Claudia Ambrosch-Draxl (University of Leoben) Sundar Amancherla (GE)
Daryl Chrzan, Marvin Cohen, Steven Louie (Berkeley) Mike Widom (Carnegie Mellon)
Dane Morgan (University of Wisconsin) Don Ellis (Northwestern)
Long-Qing Chen and Zi-Kui Liu (Penn. State) Gus Hart (Brigham Young)
Raymundo Arroyave (Texas A&M) Dallas Trinkle (UIUC)
Anton Van der Ven (U. Michigan) Ralf Drautz (Oxford)
Vidvuds Ozoli,n?s (UCLA) William Schneider (Notre-Dame)
Axel van de Walle Publication List 4
Co-organizer of The Accelerated Implementation of Materials & Processes Symposium at the
2004 Materials Science & Technology TMS-sponsored conference.
Referee for Science, Nature, Nature Materials, Physical Review Letters, Acta Materialia,
Cal-
phad, Physical Review B, Physica B and C, Journal of Chemical Physics, Journal of Applied
Physics, Nanotechnology and Physica Status Solidi.
Reviewer for DOE and NSF.
Publications (preprints available at http://www.its.caltech.edu/~avdw/pub.html)
[1] S. Demers and A. van de Walle. Intrinsic defects in zinc phosphide. in preparation,
2012.
[2] L. Miljacic and A. van de Walle. Ab initio calculation of the equation of state of
solid, liquid
and gaseous Tantalum. in preparation, 2012.
[3] P. Tiwary and A. van de Walle. Simulation of dislocation nucleation in nanopilars via
accel-
erated molecular dynamics. in preparation, 2012.
[4] B. G. Chirranjeevi and A. van de Walle. Ab initio thermodynamics of intrinsic defects
in
Ceria. in preparation, 2012.
[5] Q. Hong and A. van de Walle. Fast ab initio estimation of melting temperatures. in
preparation,
2012.
[6] B. P. Burton and A. van de Walle. First principles phase diagram calculations for the
octahedral-interstitial system HfO, 0 = x = 1/2. Calphad Journal, 2012. Accepted.
x
[7] L. G. Wang and A. van de Walle. Ab initio calculations of the melting temperatures of
refractory bcc metals. Phys. Chem. Chem. Phys., 2011. in press.
[8] B. P. Burton, A. van de Walle, and H. T. Stokes. First principles phase diagram
calculations
for the octahedral-interstitial system ZrO, 0 = X = 1/2. J. Phys. Soc. Jpn., 81:014004,
2012.
X
[9] P. Tiwary and A. van de Walle. Hybrid deterministic and stochastic approach for
efficient long
time scale atomistic simulations. Phys. Rev. B, 84:100301(R), 2011.
[10] L. G. Wang, A. van de Walle, and D. Alf`e. Melting temperature of tungsten from two
ab initio
approaches. Phys. Rev. B, 84:092102, 2011.
[11] G. Pomrehn, E. Toberer, G. Snyder, and A. van de Walle. Predicted electronic and
ther-
modynamic properties of a newly discovered Zn Sb phase. J. Am. Chem. Soc., 133:11255,
8 7
2011.
[12] B. P. Burton, S. Demers, and A. van de Walle. First principles phase diagram
calculations
for the wurtzite-structure quasibinary systems SiC-AlN, SiC-GaN and SiC-InN. Journal of
Applied Physics, 110:023507, 2011.
[13] G. S. Pomrehn, E. S. Toberer, G. J. Snyder, and A. van de Walle. Entropic
stabilization and
retrograde solubility in Zn Sb . Phys. Rev. B, 83:094106, 2011.
4
Presentations
Total number of contributed and invited talks: 43
Invited Talks
1. Cluster expansion methods - progress and outlook, TMS annual meeting (forthcoming,
2012).
2. Ab initio thermodynamics and energy materials design, Columbia University (2011).
3. Ab initio Thermodynamics and Structure-Property Relationships, Brown University
(2011).
4. Ab initio above zero: Alloy thermodynamics from first principles, TMS annual meeting
(2011).
5. Ab initio Thermodynamics and Structure-Property Relationships, University of Kentucky
(2011).
6. Ab initio Description of Iron and Steel seminar, Max-Planck-Institut f"ur
Eisenforschung
(2010).
7. Ab initio construction of structure-property relationships in crystals, APS March
meeting
(2010).
8. Building effective models from sparse but precise data, TMS annual meeting (2010).
9. Alloy thermodynamics without lattice stability?, TMS annual meeting (2010).
10. Ab Initio Thermodynamic Modeling of Multicomponent Alloys, MS&T and ACS combined
meetings (2009).
11. Computational combinatorial screening and energy technologies, Harvard (2009).
12. The Alloy Theoretic Automated Toolkit, Texas A&M (2009).
13. Massively Parallel Architectures and Alloy Theory, TMS Annual meeting (2009).
14. Materials Science & Technology 2008, Discovery and Optimization of Materials through
Computational Design Symposium, Pittsburgh (2008).
15. Recent additions to the Alloy Theoretic Automated Toolkit, Delft University of
Technology,
Netherlands (2008).
16. Automated crystal structure and surface reconstruction predictions from first-
principles, Ciu-
dad Universitaria, Madrid (2008).
17. Recent additions to the Alloy Theoretic Automated Toolkit, Air Force Research Lab
(2008).
18. Multiscale approach to alloys: advances and challenges conference, Sweden (2007).
Axel van de Walle Publication List 9
19. The tensorial cluster expansion, TMS Annual meeting (2007).
20. First-principles Calculations of Phonons Spectra in Disordered Alloys, TMS Annual
meeting
(2007).
21. Ab initio thermodynamics of Defective Oxide/Oxide Interfaces, University of Wisconsin
(2006).
22. Ab initio above zero: Alloy thermodynamics from first principles, Ohio State
University,
Physics department (2006).