SimuTech Group provides thermal simulation services for both solid and fluids systems as well as for interactions between these systems. We have expertise in simulating the thermal behavior of metallic, composite and polymeric components and assemblies.
Finite element analysis (FEA) studies frequently focus on thermal response. Thermal simulations can be integrated with structural simulations to provide detailed temperature maps, heat flow vectors as well as thermally induced strains and resulting thermal stresses.
Modern engineering is increasingly focused on thermal management, particularly in light of the ongoing push toward electrification. Temperature is frequently a primary concern for applications such as printed circuit boards, electronics enclosures, batteries and under-hood electronic sensors.
Our Thermal-Structural simulation capabilities include conduction, forced convection, natural convection, internal (cavity) radiation, conjugate heat transfer and thermally induced stress.
Combined CFD with FEA to predict temperature distributions on high temperature ducting internal support structure .
Analysis of ammonia plant outlet header assembly to investigate cracking of pipe lining refractory.
Thermal analysis of battery charging case accounting for internal radiation and varying environmental conditions.
Combined electromagnetic / thermal analysis of switch to account for joule heating.
Transient response of energy harvesting system. Thermoelectric Power Generation (TEG) of 14.4v unit analyzed, and enhanced.
Determination of temperature distribution and heat flux with varying environmental conditions.
Determination of temperature curves during high and low power settings with device charging.
Optimization of design to maintain temperatures and stresses in defined acceptable range.
Thermal optimization via electronics cooling simulations using conjugate heat transfer.
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