Improved numerical procedure for harmonically deforming lifting surfaces from the supersonic kernel function method.
Improved numerical procedure for harmonically deforming lifting surfaces from supersonic kernel function method
KERNEL FUNCTION↗
Engineering topics
Cunningham, H. J.
Publications and source records attributed to Cunningham, H. J..
Improved numerical procedure for harmonically deforming lifting surfaces from the supersonic kernel function method.
Improved numerical procedure for harmonically deforming lifting surfaces from supersonic kernel function method
KERNEL FUNCTION↗
FLUTTER ANALYSIS OF FLAT RECTANGULAR PANELS BASED ON THREE-DIMENSIONAL SUPERSONIC POTENTIAL FLOW
Analysis of flutter of flat rectangular panels at low supersonic mach numbers using air forces from exact linearized potential-flow theory
FLUTTER↗
Flutter analysis of flat rectangular panels based on three-dimensional supersonic potential flow
Flutter of flat rectangular panels based on three-dimensional supersonic potential flow
POTENTIAL FLOW↗
ANALYSIS OF THE FLUTTER OF FLAT RECTANGULAR PANELS ON THE BASIS OF EXACT THREE-DIMENSIONAL LINEARIZED SUPERSONIC POTENTIAL FLOW
Analysis of flutter of flat rectangular panels at low supersonic mach numbers using air forces from exact linearized potential-flow theory
FLUTTER↗
ANALYSIS OF THE FLUTTER OF FLAT RECTANGULAR PANELS ON THE BASIS OF EXACT THREE-DIMENSIONAL LINEARIZED SUPERSONIC POTENTIAL FLOW
Numerical integration process to determine aerodynamic forces and use of air forces to compute flutter boundaries
AIR↗