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This project concerns the simulation of unclassified, publishable academic generic models of high-speed flow past rolling missiles._x000D_The objective of this project is to develop a methodology to correlate unsteady aerodynamic coefficients generated using Computational Fluid Dynamics (CFD) code with the steady aerodynamic coefficient predicted using engineering tools such as missile datcom. | Government contract · CanPursue
Contracts
non-competitive

This project concerns the simulation of unclassified, publishable academic generic models of high-speed flow past rolling missiles._x000D_The objective of this project is to develop a methodology to correlate unsteady aerodynamic coefficients generated using Computational Fluid Dynamics (CFD) code with the steady aerodynamic coefficient predicted using engineering tools such as missile datcom.

Department of National DefenceAntoine DespeyrouxW0046-17-354 RMC
Open official sourceWatch
Total contract value
$24,000
Original award value
$24,000
Start
Dec 16, 2016
End
—

Timeline

Official
  • AwardedDec 16, 2016. Original award value: $24,000
Contract number
W0046-17-354 RMC
Awarded
Dec 16, 2016
Instrument
—
Status
non-competitive
Amendments
0 amendments
Source
Federal contracts over $10,000 (Open official source)
dnd-mdn
Related procurement
No linked procurement observed.