[PDF][PDF] Thermal Stress Analysis of Diesel Engine Piston
BR Ramesh, K Naik - International Conference on …, 2012 - conference.bonfring.org
BR Ramesh, K Naik
International Conference on Challenges and Opportunities in …, 2012•conference.bonfring.orgInternal combustion engine consists of many parts. Piston is heart of IC engine, which works
on high temperature. Beside this, it works under periodic heat load. The thermal-stress
analyses are investigated on a diesel engine piston made of Aluminium-Alloy and Carbon-
Steel. The software “Pro/E-Wildfire” is used to establish the three-dimensional geometry
model of the diesel engine piston. Then, the model is imported into ANSYS to set up a finite
element model. In this work thermal stresses on piston is calculated by finite element …
on high temperature. Beside this, it works under periodic heat load. The thermal-stress
analyses are investigated on a diesel engine piston made of Aluminium-Alloy and Carbon-
Steel. The software “Pro/E-Wildfire” is used to establish the three-dimensional geometry
model of the diesel engine piston. Then, the model is imported into ANSYS to set up a finite
element model. In this work thermal stresses on piston is calculated by finite element …
Abstract
Internal combustion engine consists of many parts. Piston is heart of IC engine, which works on high temperature. Beside this, it works under periodic heat load. The thermal-stress analyses are investigated on a diesel engine piston made of Aluminium-Alloy and Carbon-Steel.
The software “Pro/E-Wildfire” is used to establish the three-dimensional geometry model of the diesel engine piston. Then, the model is imported into ANSYS to set up a finite element model. In this work thermal stresses on piston is calculated by finite element analysis software. From results, it reveals that thermal stresses are existed on the piston and total deformation with thermal load.
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