Subsonic, Supersonic and Hypersonic Flows

• Computational – Semi-empirical, Inviscid, and Viscid

• Experimental – Wind Tunnel, Scaled and Full-Scale Flight Testing

• Hybrid

  • Airbreathing to Solid Rocket Motor Systems

  • Solid Rocket Motor to Airbreathing Systems

(Subsonic, Supersonic and Hypersonic Flows)

• Steady – Linear Continuous Flow

• Unsteady, Non-Linear

• Damaged States and Tumbling Motion

• Threat missile seeker engineering  

• Seeker LPI, adv. waveform design including AI/ML-based methods

• Missile-target configurations

• C4ISR (Command, Control, Communications, Computers, Intelligence, Surveillance and Reconnaissance)

• Swarm design & analysis/ swarm training & disruption

• Threat missile targeting air-to-surface, air-to-air advance including surface synthetic imaging

•  Optimal use of captive-carry at-sea anechoic tests and configurations fusion

• Identify the importance of EA, EP and counter-DRFM methods

• Guidance Laws

  • Proportional Navigation (family)

  • Optimal Guidance Laws

• Estimation

  • Alpha-beta-gamma

  • Kalman-Bucy (K-B)

  • Extended K-B

  • Interactive Multiple Model (IMM)

• Control - STT, BTT and Preferred Orientation Control

  • Roll Rate Stabilized

  • Roll Attitude Stabilized

  • Thrust Vector Control (TVC)

• Multi-Sensor, Multitarget Swarm Systems

• In-Flight Coordination

• AI/ML Decision Logic systems - PINN

• High Speed / High Altitude Propulsion Systems

• Time Phased Defense Penetration Techniques

• Range Dependent Lethality & Damaged States

• Fault Tolerant Control

• Signature Management - RCS versus (f): Battlespace Analysis

• Marcum-Swerling Analytical Techniques

• Time-space Correlation Techniques

• End-to-End Emulative Architectures

• AI/ML and Physics Informed Neural Networks (PINN)

• OT&E Assets