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Centre for Aeronautical and Micro Air Vehicles Research (CAMAVR)

Camavr
Address of the Research Centre #470-P, Peenya Industrial Area, 4th Phase, Bengaluru-560058
Mission of the Research Centre We are committed to the development of contemporary and futuristic technologies catering to the evolving need of manned and unmanned Aerospace system applications
Research Goals of the Centre
  • To conduct research in support of aerospace programmes of national importance
  • To carry out design, analysis and computational studies in the area of aerodynamics, propulsion and structural mechanics
  • To develop Multi objective Design Optimization capability for aerospace applications
  • To develop Fluid Structure Interaction (FSI) simulations coupling CFD and structural analyses
  • To synthesize new design rules and tools for development of UAV and MAV
  • To develop Fluid Structure Interaction (FSI) simulations coupling CFD and structural analyses
  • To develop improved technology know-how for efficient and environmentally clean turbomachinery systems
  • To develop experimental facilities in order to support the research carried out in the Centre
  • To establish synergy between academia and industry for pursuing high end applied research
  • To dessiminate knowledge on concepts and practices related to aeronautics, propulsion, turbomachinery and MAVs
  • To transfer technologies developed for commercialization and entrepreneurship
Head of the Research Centre
Name with Qualification		 Prof. H.K. Narahari,
B.Sc., D.M.I.T [Aero], M.E. , Ph.D.
Professor, Dept. of AAE, FET
Email ID: narahari.aae.et@msruas.ac.in
Mobile No.: +91 - 99725 89106		 Narahari
Research Groups Aerodynamics and Controls Fluid Mechanics and CFD Propulsion and Turbomachinery Aero-Structure Analysis
1 Aircraft Design CFD for Aircraft Design Aircraft Propulsion - High Performance Aeroengine Components Structural Analysis and Optimisation
2 Aerodynamic Shape Optimisation and MDO Flow Controls Intakes and Nozzles; Thrust Vectoring Fatigue and Fracture Mechanics
3 Design and Analysis of UAV CFD for MAV Industrial Gas Turbines Fatigue Life Extension
4 Flight Dynamics and Control CFD for Internal Flows Steam Turbines Kinematic and Dynamic Analysis
5 Avionics Turbulence Modelling Hydraulic Pumps and Turbine Fluid Structure Interaction (FSI)
6 High Performance Propellers and Wind Turbines Composite Structures
7 Cooling Techniques for Combustor and Turbine Blades Structural Health Monitoring
8 Rocket Propulsion
9 Measurement Techniques in Turbomachinery Systems

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