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| Assistant Professor, Department of Mechanical Engineering |
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Education
| Degree | Year | University |
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| M.E. |
2011 |
Indian Institute of Science, Bangalore |
| B.E. |
2009 |
Jadavpur university |
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Teaching Experience (1)
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| Name Of The Institution |
Position Held |
Period |
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| Jadavpur University |
Assistant professor |
2014 to Till Date |
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Industrial Experience (1)
| Name Of Organization |
Postition Held |
Period |
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| | Ansys-Fluent India Pvt. Ltd. |
Simulation Engineer |
2011 to 2014 |
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Field of Specialization
Courses Taught/Teaching
Research Area
Experience
Conference Papers Published (5)
| Title of the paper |
Conference |
Year |
Role |
Vol Number-Page Name |
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| Determination of critical strain of SS 316L between 450-550 C |
First International Conference on Mechanical Engineering. Department of mechanical Engineering. JU |
2018 |
Patra S, Dhar S and Acharyya S K. |
- |
| Finite Element Modeling of Hysteresis loop of Superelastic Nitinol |
First International Conference on Mechanical Engineering. Department of mechanical Engineering. JU |
2018 |
Patra S, Sinha S, Chanda A. |
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| Numerical Implementation of a new Viscoplasticity+DSA model for SS 316L |
Computational Science Symposium. CDS, IISC |
2017 |
Patra S, Dhar S and Acharyya S K. |
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| FEM Studies of Squeeze Film Flow with Extended Boundaries for MEMS |
International Congress on Computational Mechanics and Simulation (ICCMS) |
2012 |
Roychowdhury A, Patra S, Pratap R. |
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| The effect of different flow boundary conditions on the squeeze film stiffness and damping in an oscillating elastic microplate |
International Conference on Smart Materials Structures and Systems |
2012 |
Patra S, Roychowdhuri A, Pratap R. |
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Journal Papers Published (5)
| Title of the paper |
Journal of publication |
Year |
Role |
Vol Number-Page Name |
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| Designing a Cross Trainer Using an Artificial Neural Network |
Computer Assisted Methods In Engineering And Science |
2021 |
S. Patra |
28 [doi: 10.24423/cames.322]- |
| Investigating the Fracture of BSCF Material with the Extended Drucker-Prager Model Through Finite Element Simulations |
Int. J. Appl. Comput. Math 6 |
2020 |
Patra, S., Sikder, B. & Chanda, A. |
33- |
| Modeling serrated flow of SS 316L under dynamic strain aging effect |
Sadhana |
2020 |
Patra, S., Dhar, S. & Acharyya, S.K. |
33- |
| On Correlating Elastic Properties of the Porous Structure to Pore Attributes |
Int. J. Appl. Comput. Math 3 |
2017 |
Patra, S., Chanda, A. |
-1435-1454 |
| Analytical and Numerical Modeling of the Effect of Variable Flow Boundaries on the Squeeze Film Behavior in MEMS |
Journal of Institute of Smart Structures and Systems |
2014 |
Roychowdhury A, Patra S, Nandy A and Pratap R. |
3 (2)-26-38 |
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Books Published (1)
| Book Title |
Publisher Name |
Year |
Role |
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| Development and Finite Element Implementation of a Simple Constitutive Model to Address Superelasticity and Hysteresis of Nitinol. In: Sahoo P., Davim J. (eds) Advances in Materials, Mechanical and Industrial Engineering by Patra S, Sinha S, Chanda A. |
INCOM 2018. Lecture Notes on Multidisciplinary Industrial Engineering. Springer, Cham. |
2019 |
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Awards(0)
Ph.D. Thesis Guidance (0)
M.Phil. Thesis Guidance (0)
MASTER Thesis Guidance (0)
Project Works (0)
Patents (0)
Collaborative Programs (0)
InviteLectures (0)
Membership Of Learned Societies (0)
Orientation/Refresher/QIP CourseAttended/Organized (0)
Seminar/Conference/Workshop (0)
Session chaired (0)
Professional Society Activity (0)
Consultancy work / Testing (0)
Other Notable Activities (0)