Dr Prabhat Kumar
vidwan id: 269262
Assistant Professor (Grade-I), Department of Mechanical and Aerospace Engineering
Indian Institute of Technology Hyderabad
Expertise
- Mechanical Engineering
Publications
Publications
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Scopus
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15
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Citations
276
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10
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Bio
His research interests are in the fields of Topology Optimization, Structural Optimization, Compliant Mechanisms, Inverse Problems, Computational contact mechanics.
Personal Details
- Male
- Assistant Professor (Grade-I) , Indian Institute of Technology Hyderabad
- Indian Institute of Technology Hyderabad
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Co-Authors (6)
National Institute of Technology Agartala
Indian Institute of Technology Kanpur
Indian Institute of Technology Guwahati
Indian Institute of Technology (Indian School of Mines), Dhanbad
National Institute of Technology Agartala
National Institute of Technology, Manipur
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Scholarly Publications
An improved Material Mask Overlay Strategy for the desired discreteness of pressure-loaded optimized topologies
Open AccessTopology optimization of stiff structures under self-weight for given volume using a smooth Heaviside function
Open AccessAn innovative virtual trial misalignment approach for identification of unbalance, sensor and active magnetic bearing misalignment along with its stiffness parameters in a magnetically levitated flexible rotor system
Open AccessDynamic analysis and identification of unbalance and misalignment in a rigid rotor with two offset discs levitated by active magnetic bearings: a novel trial misalignment approach
Open AccessDynamic Response Analysis of an Unbalanced and Misaligned Rotor Supported on Active Magnetic Bearings and Touchdown Bearings
Open AccessDevelopment of a Novel Approach for Quantitative Estimation of Rotor Unbalance and Misalignment in a Rotor System Levitated by Active Magnetic Bearings
Open AccessTopology optimization and 3D printing of large deformation compliant mechanisms for straining biological tissues
Open AccessOn topology optimization of design-dependent pressure-loaded three-dimensional structures and compliant mechanisms
Open Access
10.1002/nme.6618
10
31