VENKATRAGHAVAN
A seasoned mechanical engineering leader with over 6 years of experience, I specialize in transforming innovative concepts into market-ready products. My expertise spans a variety of manufacturing processes, including injection molding, sheet metal fabrication, PCB interconnects, casting, and vacuum forming.
STEADY STATE THERMAL ANALYSIS OF DISCÂ BRAKE
A steady state thermal analysis for a disc brake was done using ANSYS
INTRODUCTION
A disc brake was chosen in order to perform steady state thermal analysis.
MESHING
Proximity mesh was chosen along with a maximum size of 8mm and minimum size of 4mm
BOUNDARY CONDITIONS
The temperature at the disc was considered to be 800 deg C and a natural convection heat transfer from a cylinder option was chosen for the inner cylindrical feature.
TEMPERATURE DISTRIBUTION
The temperature distribution can viewed in the image with a maximum of 800 deg C and min of 753.4Â deg C
