
Advanced Electromagnetic Modeling and Analysis Tools for Complex Aircraft Structures and SystemsAward last edited on: 10/1/2022
Sponsored Program
STTRAwarding Agency
DOD : NavyTotal Award Amount
$1,039,995Award Phase
2Solicitation Topic Code
N20B-T028Principal Investigator
Vijaya ShankarCompany Information
HyPerComp Inc
2629 Townsgate Road Suite 105
Westlake Village, CA 91361
Westlake Village, CA 91361
(818) 371-7500 |
contact@hypercomp.net |
www.hypercomp.net |
Research Institution
University of Michigan
Phase I
Contract Number: N68335-20-C-0980Start Date: 9/16/2020 Completed: 1/12/2022
Phase I year
2020Phase I Amount
$239,995Benefit:
As part of the commercialization strategy, HyPerComp has a two-prong approach. One is to transfer the technology to NAVAIR users (RACEMM group). The other is private commercialization to any user, under a licensing agreement, who has a need for EM modeling for defense and commercial applications. Navy transition targets include the MQ-4C Triton ZPY-3 radar, MH-60R Seahawk APS-153 radar, MQ-8C FireScout ZPY-8 radar and P-8A Poseidon APY-10 radar.
Keywords:
large-scale computing, large-scale computing, high-performance computing, antenna/structure coupling, high-order curved meshing, High-Order Algorithms, antenna gain, Maxwell's equations, CAD-to-mesh
Phase II
Contract Number: N68335-22-C-0171Start Date: 12/21/2021 Completed: 7/3/2023
Phase II year
2022Phase II Amount
$800,000Benefit:
As part of the technology transition strategy, HyPerComp has a two-prong approach. One is to transfer the technology to the RACEMM team at NAVAIR as well as to support companies like RDRTec that support NAVAIR programs. The other is private commercialization to any user, under a licensing agreement, who has a need for EM modeling for defense and commercial applications. Navy transition targets include the MQ-4C Triton ZPY-3 radar, MH-60R Seahawk APS-153 radar, MQ-8C FireScout ZPY-8 radar and P-8A Poseidon APY-10 radar. These radars differ significantly in their hardware and software architecture. Therefore, radar specific mode designs will be considered for the high grazing angle submarine mast detection and discrimination mode for that considers implementation on fixed-beam mechanically scanned radar systems, single and multiple fixed AESA radar systems and single panel gimballed AESA radar systems. During the course of the SBIR we will work with the TPOC and PMAs 262, 299, 266 and 290 to ensure suitability for transition.
Keywords:
high order, Maxwell's equations, CEM, curved meshing, Time-Domain, antenna performance, frequency-domain, High Performance Computing