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Topic: Cabin Comfort

Automotive HVAC Comfort cabin comfort Localized Comfort Optimization Electric Vehicle EV Human

Designing a Micro-Climate Comfort Based Control System for Electric Vehicle HVAC Optimization

By Deniz Hinz on June 3, 2025

This blog post is a summary of a technical webinar presented in conjunction with Gamma Technologies for SAE Tech Briefs. Increasing electrification...

Automotive HVAC CFD cabin comfort TAITherm

Optimizing Windshield Defrost Performance Through Thermal Simulation

By Deniz Hinz on April 24, 2025

Ensuring clear windshield and side window visibility in cold weather is a critical aspect of the vehicle development process. Traditional wind tunnel...

Software Simulation cabin comfort CoTherm TAITherm Human

3-Tool Coupling with the Human Thermal Modeling Extension

By Deniz Hinz on June 12, 2023

This blog will explore the application of a high-fidelity 3-tool coupling simulation workflow to the automotive cabin for energy and human thermal...

Modeling Battery cabin comfort Electric Vehicle TAITherm Photovoltaic

Evaluating the Electricity Production of Electric Vehicle-Integrated Photovoltaics via a Coupled Modeling Approach

By Timofey Golubev on February 2, 2022

Energy production, storage, and consumption are becoming increasingly critical to the design of vehicles, especially now that major vehicle...

Software Simulation cabin comfort CoTherm TAITherm

Coupling MATLAB using CoTherm

By Keith Kemp on September 22, 2021

The matrix-based MATLAB language is a natural way to express computational mathematics and as such is a natural solution for many engineering...

Recent Posts | ThermoAnalytics | cabin comfort

Three Strategies for Battery Packaging, Cooling, and System Integration for Electric Vehicles

Cabin Comfort Thermal Analysis: TAITherm, OpenFOAM, & FMI/FMU Coupling

Stay Dry, Stay Warm: How Moisture Affects the Thermal Properties of Clothing

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