Abstract: The lower control arm is a sovereign suspension employed in vehicles. During the normal... more Abstract: The lower control arm is a sovereign suspension employed in vehicles. During the normal working condition, the farthest load is moved from upper arm to the lower control arm which might be fail. Hence improvement in current design is necessary concerning stress factor, where it plays vital role in suspension system of vehicle, thus this arm deals with various movements of wheel. In present research computer added design of lower control arm is performed in CATIA software and FEA approach has been analyzed in ANSYS 19 software to perform and determine the structural strength and natural frequency with mode shape of both existing and optimized lower control arm and validated consequent results with FFT technique as far as natural frequency concern. The target for weight reduction pf control arm was 8% weight existing part which made-up using steel material.
International Journal of Advance Research and Innovative Ideas in Education, 2019
Nanofluid subjected to intensive study worldwide. This paper present the result of an experimenta... more Nanofluid subjected to intensive study worldwide. This paper present the result of an experimental investigation regarding the use of TiO. Using Nano fluid as an innovative kind of liquid blend including trival volume fraction of millimeter or nanometer size powdered particles with base fluids is fairly a novel idea. The objective of this presented review paper is to inspect the performance of Heat Pipe at different elevations by using TiO as a nanofluids. Nanofluids are the fluids that are shown various development in the thermal properties over the past decades.
Study water flow and heat transfer characteristics in a three-dimensional straight microchannel h... more Study water flow and heat transfer characteristics in a three-dimensional straight microchannel heat sink of rectangular cross-section to be performed by analytical and CFD software. A three-dimensional model was built, to investigate the conjugate fluid flow and heat transfer phenomena in a copper based microchannel heat sink. In simulation studied the effect of aspect ratio on parameters like heat transfer Coefficient, average temperature, internal heat generation and pressure drop. Corresponding to this, analysis is also undergoing with varying flow rate and heat flux. Then compare the results obtained from analytical and CFD simulation, using these results will have the suitable microchannel cross-section for dissipation of heat.
Abstract: The lower control arm is a sovereign suspension employed in vehicles. During the normal... more Abstract: The lower control arm is a sovereign suspension employed in vehicles. During the normal working condition, the farthest load is moved from upper arm to the lower control arm which might be fail. Hence improvement in current design is necessary concerning stress factor, where it plays vital role in suspension system of vehicle, thus this arm deals with various movements of wheel. In present research computer added design of lower control arm is performed in CATIA software and FEA approach has been analyzed in ANSYS 19 software to perform and determine the structural strength and natural frequency with mode shape of both existing and optimized lower control arm and validated consequent results with FFT technique as far as natural frequency concern. The target for weight reduction pf control arm was 8% weight existing part which made-up using steel material.
International Journal of Advance Research and Innovative Ideas in Education, 2019
Nanofluid subjected to intensive study worldwide. This paper present the result of an experimenta... more Nanofluid subjected to intensive study worldwide. This paper present the result of an experimental investigation regarding the use of TiO. Using Nano fluid as an innovative kind of liquid blend including trival volume fraction of millimeter or nanometer size powdered particles with base fluids is fairly a novel idea. The objective of this presented review paper is to inspect the performance of Heat Pipe at different elevations by using TiO as a nanofluids. Nanofluids are the fluids that are shown various development in the thermal properties over the past decades.
Study water flow and heat transfer characteristics in a three-dimensional straight microchannel h... more Study water flow and heat transfer characteristics in a three-dimensional straight microchannel heat sink of rectangular cross-section to be performed by analytical and CFD software. A three-dimensional model was built, to investigate the conjugate fluid flow and heat transfer phenomena in a copper based microchannel heat sink. In simulation studied the effect of aspect ratio on parameters like heat transfer Coefficient, average temperature, internal heat generation and pressure drop. Corresponding to this, analysis is also undergoing with varying flow rate and heat flux. Then compare the results obtained from analytical and CFD simulation, using these results will have the suitable microchannel cross-section for dissipation of heat.
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