In this paper, an extension of the existing Thermal Resistance and Impedance Calculator (TRIC) tool is proposed, which allows an efficient, yet accurate, computation of thermomechanical stress under stationary conditions in any specimen of a family of electronic packages. Each thermo-mechanical model is automatically generated and quickly solved by using a multigrid iteration solver and an ad hoc projection-based approach. An exposed quad-flat package is investigated as a case-study.
Towards the Extension of TRIC for Thermo-Mechanical Analysis
Codecasa L.;
2021-01-01
Abstract
In this paper, an extension of the existing Thermal Resistance and Impedance Calculator (TRIC) tool is proposed, which allows an efficient, yet accurate, computation of thermomechanical stress under stationary conditions in any specimen of a family of electronic packages. Each thermo-mechanical model is automatically generated and quickly solved by using a multigrid iteration solver and an ad hoc projection-based approach. An exposed quad-flat package is investigated as a case-study.File in questo prodotto:
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