Doctor of Philosophy
- Maruti MUDUNURU, August 2015
- Mohammad SHABOUEI, August 2016
- Saeid KARIMI, December 2016
- Can Xu, May 2017
- Justin CHANG, May 2017
Master of Science (M.S.) with thesis
- Abhineeth AKKASALE, May 2011
- Maruti MUDUNURU, May 2011
- Priyanka GOTIKA, December 2011
- Justin CHANG, May 2013
- Nischal MAPAKSHI, August 2017
- CIVE 2330: Statics (SP17)
- CIVE 2332: Mechanics of Solids (FA11, SP13, SP14, SP16)
- CIVE 7336: Finite Element Methods (SP12, SP15, SP17) [Course website]
- CIVE 7397: Computational Mechanics* (FA12, FA14, FA16) [Course website]
- CIVE 7397: Mechanics of Porous Media* (FA13, FA15, FA17) [Course website]
- CIVE 6111: Graduate Seminar Series (FA13)
(* Developed a new graduate-level course.)
COURSES TAUGHT AT OTHER INSTITUTIONS
- Statics & Particle Dynamics
- Engineering Analysis for Mechanical Engineers
- Finite Element Method
- Nonlinear Finite Element Method
Nakshatrala's general research interest includes mathematical formulation and analysis, and development of computational techniques for problems in structural, solid, and fluid mechanics. His current research interests include degradation/healing of man-made and natural materials, and heterogeneous porous media (both flow and structural aspects).
Nakshatrala's application areas include degradation/healing of civil and aerospace structures and materials, geosciences (contaminant transport, carbon-dioxide sequestration, enhanced oil recovery) and bio-mechanics. The research goal is to develop relevant mechanics, numerical techniques, and mathematical tools to model and study various (steady state and transient) multiscale phenomena. Specific research topics of interest include:
- Flow and transport in deformable porous media
- Constitutive modeling of geomaterials
- Fracturable porous media
- Multiscale and stabilized finite elements
- Coupled problems, structure-structure interaction, fluid-structure interaction
- Numerical homogenization and upscaling techniques
- Numerical optimization and sensitivity analysis
- Applications and numerical techniques for differential-algebraic equations (DAEs)
- Modeling degradation / healing of materials and structures
- Nonlinear continuum mechanics
- Thermomechanical constitutive modeling & Implicit constitutive modeling
- Theory of interacting continua
Applied Mathematics and High Performance Computing
- Partial Differential Equations (More of a spectator)
- Maximum Principles
- Applied Optimization
- Parallel Computing
[July 26-30, 2015] CAML researchers will have a presence at USNCCM 2015, San Diego. Dr. Nakshatrala organizes two mini-symposia at this conference. (Read presentation titles and about the mini-symposia.)
[December 15-19, 2014] CAML researchers attend AGU Fall Meeting, San Francisco. Dr. Nakshatrala organizes a mini-symposium at this conference. (Read presentation titles and about the mini-symposium.)
[Summer 2014] Justin Chang will be doing research at Los Alamos National Laboratories (LANL). He will work on an on-going collaborative project between LANL and CAML. He will be implementing in PFloTran, a massively parallel subsurface numerical simulator, the non-negative formulations that the CAML researchers have developed over the years. Justin's mentor at LANL will be Dr. Satish Karra, who is one of the developers of PFloTran.
[July 22-25, 2013] CAML researchers attend the 12th US National Congress on Computational Mechanics. (Read presentation titles).
[Apr 15, 2013] Maruti Kumar Mudunuru, a Ph.D. student of CAML, received a travel award from the US Association for Computational Mechanics to attend the 12th US National Congress on Computational Mechanics at Raleigh, North Carolina. The award is based on the following research abstract: "On mesh restrictions for advective-diffusive-reactive systems to achieve non-negative solutions," M.K. Mudunuru, and K.B. Nakshatrala.
[Dec 3-7, 2012] CAML researchers attend AGU Fall Meeting, San Francisco. (Read presentation titles).
[Nov 9-15, 2012] CAML researchers attend ASME International Mechanical Engineering Congress & Exposition Conference. (Read presentation titles).
[Nov 9, 2012] Maruti Kumar Mudunuru, a Ph.D. student of CAML, received a travel award from SIAM to attend 2013 SIAM Conference on Computational Science and Engineering (CSE13). He won the award based on the abstract: "A robust non-negative numerical framework for diffusion-controlled bimolecular-reactive systems," M. K. Mudunuru, K. B. Nakshatrala, and A. J. Valocchi. (Conference web-link) (CEE UH News web-link)
[Jul 25-28, 2011] CAML researchers attend 11th US National Congress on Computational Mechanics Conference. (Read presentation titles).
[Apr 15, 2011] Maruti Kumar Mudunuru, a Ph.D. student of CAML, received a travel award from US Association for Computational Mechanics to attend the 11th US National Congress on Computational Mechanics at Raleigh, North Carolina.