Dr Prashant kumar choudhary
Assistant Professor
| Department of Mechanical Engineering
GMR Institute of Technology
Andhra Pradesh
Expertise:
Mechanical Engineering
12
Publications
0
Projects
61
Scopus Citations
37
CrossRef
4 Years 8 Months Total Experience
Scopus
61
Citations
4
h-index
CrossRef
37
Citations
3
h-index
Google Scholar
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Professional Recognition
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Community & Membership
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Personal Details
Doctor of Philosophy
2022
N/A
Master of Technology
2016
N/A
Assistant Professor
Jul 2022 – Present
GMR Institute of Technology
| Department of Mechanical Engineering
Senior Research Fellow
Jan 2022 – Jul 2022
Indian Institute of Technology (Indian School of Mines), Dhanbad
| Department of Mechanical Engineering
Engineering and Technology
Scholarly Work
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SMART SELF-HEALING POLYMERS FOR STRUCTURAL INTEGRITY IN AERONAUTICAL ENGINEERING
PRASHANT KUMAR CHOUDHARY
-
Application No. :
202541045535 A
Filed :
12-05-2025
Published :
30-05-2025
Published
APPLICATION OF SUPPORT VECTOR MACHINE MODELS FOR FORECASTING SOLAR AND WIND ENERGY RESOURCES
GMR Institute of Technology
-
Application No. :
202341045526
Filed :
06-07-2023
Published :
01-09-2023
Published
Solar powered device to track nutrient in agricultural water
Prashant kumar choudhary
-
Patent No. :
150929
Filed :
31-05-2023
Published :
27-12-2023
Granted
Scholarly Publications
Free Vibration Response of Functionally Graded Porous Metallic Plates Embedded with Piezoelectric Layers
Open Access
Machine learning-assisted free vibration modeling of variable angle tow laminated composite plates
Linear buckling behavior of power and sigmoid SF.G.FG cylindrical shells under axial compression or lateral pressure: a comparative study
Optimal design of variable angle tow laminated composite plate for maximum fundamental frequency using genetic algorithm
Determining the accurate free vibration response of thin functionally graded plates using the dynamic stiffness method
Open AccessCross-section optimization of thin-walled open-section composite column for maximizing its ultimate strength
Optimization of surface-profile of orthotropic cylindrical shell for maximizing its ultimate strength
Optimal location of cutout within a cross-ply laminated cantilever beam for maximum lateral buckling load
Open Access
Showing 1 to 8 of 12 publications