Kwai Chan


Kwai Chan, Institute Scientist
Materials Engineering Department Mechanical Engineering Division	Phone: (210) 522-2053 Email: kwai.chan@swri.org

Links on the SwRI Web site for Kwai Chan:

News Release:

SwRI to receive $1.2 million to develop advanced anode materials for lithium-ion batteries

SwRI scientist elected Fellow of ASME

COATLIFE software saves money, time for combustion turbine operators

Technology Today:

SwRI to receive $1.2 million to develop advanced annode materials for lithium-ion batteries

New Materials, New Methods

Chan Named Fellow

Chan Receives Honor

SwRI scientist elected Fellow of ASME

ASME elects Chan a Fellow

IR&D Reports:

Development of Novel Silicon Clathrates for Energy Harvesting and Storage, 18-R8279 (2012)

Pulsed-Laser Synthesis of Group IV Clatrates for Energy Storage Applications, 18-R8180 (2011)

First-Principles Computational Methodology for Designing Advanced Lithium Batteries, 18-R9890 (2010)

Development of Bend Fixtures for In Situ SEM Fracture Testing at Elevated Temperatures, 18-R8122 (2010)

First-Principles Computational Methodology for Designing Advanced Lithium Batteries, 18-R9890 (2009)

Development of Performance Criteria for High Burnup Cladding Materials, 20-R9565 (2007)

First-Principles Computation of Diffusion Coefficients for Ni-Based Alloys, 18-R9568 (2007)

Development of a Computational Material Science-Based Methodology for Alloy/Composite Design, 18-9135 (1999)

Development of a First-Principles Computational Methodology for Predicting Long-Term Material Stability and Mechanical Performance, 18-9420 (2004)

Development of a Computational Material Science-Based Methodology for Alloy/Composite Design, 18-9135 (2001)

Performance-Driven Tissue Engineering Templates, 01-R9551 (2006)

Performance-Driven Tissue Engineering Templates, 01-9551 (2005)

Development of a First-Principles Computational Methodology for Predicting Long Term Material Stability and Mechanical Performance, 18-9420 (2005)

Development of a Computational Material Science-Based Methodology for Alloy/Composite Design, 18-9135 (2000)

Development of a First-Principles Computational Methodology for Predicting Long-Term Material Stability and Mechanical Performance, 18-R9420 (2006)

Patents:

Corrosion Resistant Coatings Suitable for Elevated Temperature Application, 8,230,797

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May 07, 2013