The simulation of complex thermal recovery processes such as in-situ upgrading is computationally demanding. Reduced-order modeling techniques allow the represen-tation of …
When properly developed, reduced-order models (ROMs) can overcome these challenges by providing a computationally efficient surrogate that accurately captures the effects of an …
Embeddable BCI-ROM Technology: reduced order thermal …
Oct 30, 2023 · The new Embeddable BCI-ROM is a 3D analysis ready type of reduced order model based on BCI-ROM extraction methods with additional detail assigned and calculations …
Thermal Reduced Order Model for an Electronic Power Module
A reduced order model (ROM) is developed in order to study the thermal behavior of a power module. The cooling system is modeled by a heat transfer coefficient.
Thermal Controller, Reduced-Order Model - COMSOL
In this tutorial model, it is illustrated how to create a reduced-order model using the Model Reduction study and how the resulting reduced model can be used to investigate different …
A Reduced Order Model for Whole-Chip Thermal Analysis of …
This paper presents a Krylov subspace projection-based Reduced Order Model (ROM) for whole microfluidic chip thermal analysis, including conjugate heat transfer. Two key steps in the …
EDUCED-order modeling has been successfully implemented for a broad range of spacecraft thermal analysis applications [1-5]. The developed approach creates surrogate models by …
Reduced order thermal models for electronic devices
In this paper, a novel method to determine from experimental observations the thermal models of integrated devices is presented. In particular, we focus on experimental data providing the …
Thermal Reduced Order Modeling for System Analysis of EV …
Apr 11, 2023 · In this paper, we demonstrate a multi-part coupled system model for simulating the heating/cooling system of the traction battery at a module level. We have reduced …
A reduced-order thermal runaway network model for predicting thermal …
Nov 1, 2024 · This study introduces a highly accurate reduced-order thermal runaway network (TRN) model by redistributing heat source terms and correcting thermal runaway trigger criteria.