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Fingerprint Dive into the research topics where Mohamed Gharib is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Engineering & Materials Science

Momentum
Vibration control
Damping
Vibrations (mechanical)
Energy absorption
Kinetic energy
Friction
Experiments
Geometry
Chain length
Tall buildings
Flexible structures
Carbon fiber reinforced plastics
Vibration analysis
Orifices
Delamination
Needles
Numerical analysis
Energy dissipation
Materials properties
Fabrication
Computer simulation
Kinematics
Robotics
Pipelines
Inspection
Acoustics
Robots
Students
Scanning
Air cushion vehicles
Controllers
Electric power utilization
Testing
Costs
Containers
Stiffness
Pipe
Reconstruction (structural)
Feedback
Manipulators
Compliance
Piezoelectric actuators

Physics & Astronomy

General

dampers
shock
balls
free vibration
active control
collisions
vibration
energy absorption
chutes
sliding
actuation

Physics

impulses
momentum
coefficients
impact velocity
flat plates
friction

Aeronautics

rectangular plates

Chemistry and Materials

carbon fiber reinforced plastics

Aerospace Sciences

cavities

Mathematical and Computer Sciences

numerical analysis

Mathematics

Impulse
Energy Absorption
Momentum
Coefficient of restitution
Rigid Body
Compliance
Robotics
Kinematics
Collision
Inclined
Healthcare
Testing
Experimental Study
Robotic Manipulator
Ball
Demonstrate
Costs
Numerical Analysis
Expand
Friction
Slope
Diagnostics
End Conditions
Contact