Yogesh Chandra Sharma

Rajasthan Police Academy

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Nitesh Kumar Dixit

Vivekananda Global University

Kamaljit Rangra

Indian Institute of Technology Jodhpur

Sarabjeet Singh

Punjab Engineering College

Cooperative Institutions

Vivekananda Global University

Institute of Engineering

Indian Institute of Technology Jodhpur

Central Electronics Engineering Research Institute

Academy of Scientific and Innovative Research

Council of Scientific and Industrial Research

Lovely Professional University

University College of Bahrain

University of Bahrain

Birla Institute of Technology and Science, Pilani

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Design of Energy Harvesting Circuit for Low Power Application

Asian Journal of Managerial Science (2018)

Nitesh Kumar Dixit Kamaljit Rangra Yogesh Chandra Sharma

Piezoelectric energy harvesting is the technology to convert wasted vibration energy to an electrical energy output. A considerable amount of energy is dissipated in PEH to flip the output voltage through the internal capacitor and resistor of piezoelectric (PZT) material. One of the most effective techniques to harvest this power loss is called Synchronized Switch Harvesting on Inductor (SSHI) technique. Parallel SSHI technique has been used to flip the terminal voltage of the PEH through external inductor. A new simple and effective self-powered circuit has been introduced in this paper for this purpose. The new circuit uses two capacitors only to detect the flipping points of terminal voltage and enhance the power output

10.51983/ajes-2018.7.2.2277

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Thermoelectric Effects on MoSi2 with Finite Element Analysis using COMSOL

International Journal of Advanced Engineering Research and Science (2021)

Sarabjeet Singh Yogesh Chandra Sharma

Realization of the thermoelectric effects within finite element analysis (FEA) by means of the COMSOL-Multiphysics platform is offered.It lets thermoelectric calculations among temperature dependent material traits on random geometries.Further, the calculations can be pooled with structural analysis plus convection can also be taken in report.Thermoelectric cooler employs Peltier effect for dissipating heat in an electronic casing structure.It shows exceptional rewards over conservative cooling skill via quiet process, extended life span, and effortless integration.Nevertheless, Joule heating results in the accumulation of internal heat thereby exposes thermoelectric cooler towards the risk of thermo-mechanical breakdown all through continuous operations in pragmatic thermal surroundings.In this paper, a 3D module of thermoelectric material MoSi2 is designed on the way to examine the thermoelectric effect of the material taking into consideration the temperature reliant TE material traits.The transient behavior is also observed.The results can be openly used intended for consistent design considerations and optimized thermoelectric devices in engineering.

10.22161/ijaers.88.35

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