AltaSim Uses Simulation to Analyze the Rate of Heat Dissipation
Luke T. Gritter, Jeffrey S. Crompton, Sergei Yushanov, and Kyle C. Koppenhoefer
AltaSim Technologies
Columbus, OH
USA
This is an application brief describing the concept of Conjugate Heat Transfer, which is important in many industrial processes, such as quenching.
In this brief, they simulate the heat transfer with and without phase transformation to analyze the rate of heat dissipation with respect to the flow conditions of the coolant media. The fluid flow conditions could then be modified to produce a more regular distribution of heat extraction in a 3D quenching model. This allowed them to stipulate quench conditions for maintaining a uniform temperature gradient, resulting in a more homogenous micro-structure within the final component shape, while reducing residual stresses in the component.
Suggested Stories
Keynote: Leveraging Acoustics Simulation for Better Alexa® Devices
Watch this keynote talk to see how Amazon Lab126 uses the COMSOL Multiphysics® software to simulate and ...
Multiphysics Simulation Drives Smart City Technology
Traditional power boxes are bulky and too large. To design a power box that is more space-conscious, modular, and ...
Illuminating Complex Material Behavior with Multiphysics Simulation
At Canadian Nuclear Laboratories, multiphysics simulation is used to gain insight into the behavior of nuclear fuel ...
Modeling Scar Effects in Electrical Spinal Cord Stimulation
The Neuromodulation Group at Lahey Clinic conducted a study based upon spinal cord stimulation (SCS). SCS involves ...
