Energy Deposition for Aerodynamic Drag Reduction and Flow Control
Clean Technology 2008

Energy Deposition for Aerodynamic Drag Reduction and Flow Control

K. Kremeyer
Physics, Materials, and Applied Mathematics Research, L.L.C., US

Keywords:
aerodynamic flow control, supersonic, hypersonic, transonic, subsonic, energy deposition, drag/heating reduction, fuel and energy efficiency, reduce emissions, space access and reentry

Abstract:
A full portfolio of issued and filed patents, including apparatus and method to control flow and reduce drag in hypersonic, supersonic, transonic, and subsonic flow, ahead of a body and at any other point in the flow train. Underwater and space launch/re-entry applications are also claimed.