Mechanics, Dynamics and Controls
In contrast to kinematics, which examines object motion without considering its causes, mechanics is a branch of physics (particularly, classical mechanics) that investigates forces, torques, and the effects they have on motion. It covers advanced acoustics, astrodynamics, solid mechanics, dynamics and wave transmission in solids, and air traffic control systems
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Mechanics, Dynamics and Controls Conference Speakers
Recommended Sessions
- Aerodynamics
- Airship Design and Development
- Applications of Aerospace technology
- Bioengineering and Biomechanics
- Design and Development of Rockets
- Design and Modelling of Aircraft
- Energy Processing
- Flight Vehicle Navigation
- Fluid Mechanics
- Heat transfer system
- Industrial Engineering
- Materials processing
- Mechanical Engineering and Management
- Mechanics, Dynamics and Controls
- Robotics and Mechatronics
- Space Engineering
- Vehicle Systems and Technologies