Federally funded projects
The department members have active research agenda attracting persistent support from federal agencies including National Science Foundation, Air Force Office of Scientific Research (AFOSR), Department of Energy (DOE), and Office of Naval Research (ONR). Below is a list of federally funded projects since 2008 with department members serving PI, totaling $9,431,068. (color coding: green for equipment, cyan for conference).
Federal Agency |
Award Number |
Title |
Principal Investigator |
Awarded Amount (to date) |
Co-PI |
|
NSF |
2309548 |
Collaborative Research: Accurate and Structure-Preserving Numerical Schemes for Variable Temperature Phase Field Models and Efficient Solvers |
Cheng Wang |
$270,195.00 |
|
|
NSF |
2309609 |
Developing High Order Stable and Efficient Methods for Long Time Simulations of Gravitational Waveforms |
Scott Field |
$349,101.00 |
Sigal Gottlieb Gaurav Khanna |
|
NSF |
2309301 |
Gravitational Wave Models for Black Hole - Neutron Stars in General Relativity and Beyond |
Vijay Varma |
$180,000 |
|
|
NSF |
2309356 |
Development of Efficient Black Hole Spectroscopy and a Desktop Cluster for Detecting Compact Binary Mergers |
Collin Capano |
$156,570.00 |
Carl-Johan Olof Haster |
|
NSF |
2309670 |
Conservative discontinuous Galerkin methods with implicit penalty parameters and multiscale hybridizable discontinuous Galerkin methods for PDEs |
Bo Dong |
$365,401.00 |
|
|
AFOSR |
FA9550-23-1-0037 |
Computationally and energy efficient mixed precision and mixed-model numerical methods |
Sigal Gottlieb |
$392,064 |
Yanlai Chen, Gaurav Khanna |
|
DOE Via MSU |
Center for Hierarchical and Robust Modeling of Non-Equilibrium Transport (CHaRMNET) |
Sigal Gottlieb |
$725,000 |
||
| NSF | 2208277 |
Reduced basis enhancements of neural networks and their application to quantum materials simulation |
Yanlai Chen |
$296,555 |
Sigal Gottlieb |
| AFOSR | FA9550-22-1-0107 |
DURIP: A multi-architecture hardware computing cluster for the development and efficient implementation of a variety of robust and scalable numerical algorithms |
Sigal Gottlieb |
$600,000 |
Cowles, Khanna, Louhghalam, Mayes, Chen, Field, Heryudono, Raessi, Tootkaboni, Asadpoure, Chen |
| NSF | 1719698 Supplement |
Rigorous Development of an Efficient Reduced Collocation Approach for High-Dimensional Parametric Partial Differential Equations |
Yanlai Chen |
$20,920 |
Sigal Gottlieb |
| NSF | 2110496 |
Rapid, High-Fidelity Numerical Models of Gravitational Waves from Generic Binary Black Hole Mergers |
Scott Field |
$210,000 |
|
| ONR-MUST |
Computational Strategies for Scientific Data-Driven Learning for Marine and UnderSea Technology Applications |
Alfa Heryudono |
$308,682 |
Yanlai Chen Sigal Gottlieb Gaurav Khanna |
|
| NSF |
2030552 |
Implementation of a Contextualized Computing Pedagogy in STEM Core Courses and Its Impact on Undergraduate Student Academic Success, Retention, and Graduation |
Yanlai Chen |
$650,000 |
Pauline Entin Sigal Gottlieb Shakhnoza Kayumova Gaurav Khanna |
| NSF |
2012011 |
Partition of Unity Multivariate Approximation for the Volume of Fluid Method |
Alfa Heryudono |
$199,988 |
Mehdi Raessi |
| NSF |
2012269 |
Collaborative Research: Efficient, Accurate, and Structure-Preserving Numerical Methods for Phase Fields-Type Models with Applications |
Cheng Wang |
$150,000 |
|
| NSF |
1912716 |
High Order Numerical Methods for Gravitational Wave Computations |
Scott Field |
$275,000.00 |
Sigal Gottlieb Gaurav Khanna |
| AFOSR |
FA9550-18-1-0383 |
Efficient Strong Stability Time Discretizations and Robust Automated Splitting for Time Evolution of Problems with Multiple Time-Scales |
Sigal Gottlieb |
$299,997.00 |
Yanlai Chen |
| NSF | 1818998 | Multiscale and Hybridizable Discontinuous Galerkin Methods for Dispersive Equations and Systems | Bo Dong | $269,185.00 | |
| NSF | 1806665 | Maximizing Scientific Outcomes of Gravitational Wave Experiments with Rapid, High-Fidelity Numerical Models | Scott Field | $193,437.00 | |
| National Institute of Aerospace |
Subaward 2017 - 2018 |
High-order Compact Discontinuous Galerkin
for Unstructured Grids
|
Scott Field | $26,560 | |
| ONR DURIP grant | N00014-18-1-2255 | A Heterogeneous Terascale Computing Cluster for the Development and Efficient Implementation of High-Order Numerical Methods | Sigal Gottlieb | $643,899.00 | Tandon, Heryudono, Mayes, Cowles, Khanna, Field, Chen, Raessi, Tootkaboni, Dong, Bucci |
| NSF | 1720825 | Workshop: Recent Advances and Challenges in Discontinuous Galerkin Methods and Related Approaches | Yanlai Chen | $15,000.00 | Bo Dong |
| NSF | 1719698 | Rigorous Development of an Efficient Reduced Collocation Approach for High-Dimensional Parametric Partial Differential Equations | Yanlai Chen | $158,494.00 | Sigal Gottlieb |
| AFOSR | FA9550-15-1-0235 | High Order Strong Stability Time Discretizations Beyond the Method-of-Lines Framework | Sigal Gottlieb | $271,299.00 | |
| NSF | 1419029 | Development of superconvergent hybridizable discontinuous Galerkin methods and mixed methods for Korteweg-de Vries type equations | Bo Dong | $129,939.00 | |
| NSF | 1418689 | Highly efficient and accurate numerical schemes for nonlinear gradient flows with energy stability | Cheng Wang | $189,998.00 | |
| NSF | 1318427 | Computation of crowded geodesics on the universal Teichmueller space for planar shape matching in computer vision | Akil Narayan | $198,300.00 | Alfa Heryudono |
| AFOSR | FA9550-12-1-0224 | Tailoring High Order Time Discretizations for use with spatial discretizations of hyperbolic PDEs | Sigal Gottlieb | $248,636.00 | |
| NSF | 1216928 | Developing reduced basis methods for Galerkin and Collocation framework | Yanlai Chen | $161,113.00 | |
| NSF | 1115420 | Collaborative Research: Stable and Efficient Convexity-splitting Schemes for Bistable Gradient PDEs | Cheng Wang | $104,283.00 | |
| NSF | 1040883 | CBMS Regional Conference in the Mathematical Sciences-"Radial Basis Functions: Mathematical Developments and Applications" | Saeja Kim | $35,000.00 | Sigal Gottlieb, Cheng Wang, Alfa Heryudono |
| AFOSR DURIP | FA9550-10-1-0354 | A Heterogeneous Terascale Computing Cluster for the Development of GPU Optimized High Order Numerical Methods | Sigal Gottlieb | $199,800.00 | |
| NSF | CNS-0959382 | MRI-R2 : Acquisition of a Heterogenous Terascale Shared Campus Computing Facility | Robert Fisher | $199,480.00 | Gaurav Khanna, Cheng Wang, Geoffrey Cowles |
| AFOSR | FA9550-09-1-0208 | High Order Strong Stability Preserving Time Discretizations for the Time Evolution of Hyperbolic Partial Differential Equations | Sigal Gottlieb | $148,187.00 | |
| NSF | 802974 | RUI: CSUMS: Research in Scientific Computing in Undergraduate Education (RESCUE) | Sigal Gottlieb | $788,985.00 | Gary Davis, Steven Leon, Jae-Hun Jung |