Sudip Chowdhury

University of Glasgow

United Kingdom

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Articles (20)

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Glenn Walters

Associate Professor

Kutztown University of Pennsylvania

UNITED STATES

Sondipon Adhikari

Professor of Engineering Mechanics

University of Glasgow

UNITED KINGDOM

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Sudip Chowdhury

Research Interests

Explore related searches

Contact this professor

Articles (20)

Collaborators (2)

Glenn Walters

Sondipon Adhikari

Make your next move.

Sudip Chowdhury

Research Interests

Explore related searches

Contact this professor

Articles (20)

Tuned inerter viscoelastic liquid column dampers

Advanced Vibration Mitigation with Novel Stiffened Inertial Amplifier Designs

Advanced Energy Harvesting Vibration Absorbers Using Inertial Amplifiers

Geometric amplification of damping: Novel mechanisms for enhanced vibration control

Enhancing low-frequency vibration energy harvesting using Negative Stiffness Inertial Amplifiers

Robust control design of nonlinear negative stiffness base isolators for MDOF systems

Stiffened amplifier energy harvesting vibration absorbers

Presenting the Potential of Optimum Torsionally Coupled Base Isolators for Vibration Control of Torsionally Coupled Structures: Exact Closed-Form Expressions

Nonlinear inertial amplifier liquid column dampers

Nonlinear stiffened inertial amplifier tuned mass friction dampers

The optimal nonlinear inertial amplifier friction bearings for liquid storage tanks: an analytical study

Enhancing seismic resilience of structures through optimally designed nonlinear negative stiffness base isolators: Exact closed-form expressions

Enhancing seismic resilience of nonlinear structures through optimally designed additional mass dampers

A Critical Review on Inertially-Amplified Passive Vibration Control Devices

A Critical Review on Inertially-Amplified Passive Vibration Control Devices

The Optimum Enhanced Base Isolators Applied to MDOF Systems: Exact Closed-Form Expressions

The Optimum Enhanced Base Isolators Applied to MDOF Systems: Exact Closed-Form Expressions

The impacting vibration absorbers

The impacting vibration absorbers

The optimum inerter-based additional viscoelastic mass dampers for dynamic response mitigation of structures

Collaborators (2)

Glenn Walters

Sondipon Adhikari

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