Exceed Your Electrification Goals with Thermal Simulation

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Author(s):
Zachary J. Edel, Ph.D.

Industries are shifting to electrification across product lines, posing considerable challenges for engineers working to implement the new technology. In this webinar, you will learn how to surpass your electrification goals with thermal simulation. Zach, our in-house battery expert will take you inside our software to show you how to meet safety, reliability and lifetime requirements for the best design possible.

Muffler Modeling Options to Simulate Your Exhaust System

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Author(s):
Steven Patterson

The exhaust system generates the most heat in a vehicle, making it the most complex system and requiring highly accurate thermal modeling. This webinar will walk through the process of maximizing this system using the advanced methods of muffler chamber modeling. These methods are designed to increase fidelity in your models and reduce set-up and solve times for complex muffler simulations.

Understand the Power of CoTherm

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Author(s):
Daniel Woodford

Watch this webinar to learn how to simulate complex scenarios by coupling thermal and CFD codes in our powerful CoTherm software. Daniel, our Thermal & CFD Engineer, dives deeper into CoTherm using a real-world key-off example giving you an up-close look at which inputs you need to automate simulations, and how to analyze transient coupled results.

Evaluating a Heavy-Duty Truck Climate Control System Using Thermal Comfort-Focused Testing and Simulation Techniques

SAE Document Number: 2019-01-0696
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Author(s):
Mark Hepokoski, Steven Patterson, Allen Curran, Steven Adelman, Miguel Javier

A Comparison of Strategies for Simulating Vehicle Heat Protection Test Cycles in 3D

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Author(s):
Lauren Tetzloff

Looking to simulate long, transient test profiles? Determine which simulation method will fit your application best. This webinar will compare different coupling strategies for simulating long, transient test profiles. It will examine the current, popular strategies and compare the accuracy, speed and computational costs of each method.

Evaluating a Vehicle Climate Control System with a Passive Sensor Manikin coupled with a Thermal Comfort Model

SAE Document Number: 2018-01-0065
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Author(s):
Mark Hepokoski, Allen Curran, Timothy Viola, Niklas Lindedal, Ronnie Hansson, Sam Gullman

How to Simulate Transient Exhaust Systems

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Author(s):
Tim Viola

Exhaust systems are still a primary heat source in passenger vehicle underbody and underhood thermal systems.  The Exhaust Stream part type in TAITherm provides a quick and easy way to simulate exhaust system temperatures and predict the amount of radiation that will then heat surrounding components. This webinar will demonstrate using the Exhaust Stream in TAITherm to perform a transient heat transfer analysis.

Modeling Passenger Compartments with TAITherm and GT-SUITE

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Author(s):
Jon Juszkiewicz, Dan Marsh

Webinar by ThermoAnalytics and Gamma Technologies discussing an exciting new technology developed for modeling the passenger compartment. This approach is significantly more accurate than those used today for system-level models and is suitable for both steady and transient predictions at faster than real-time speeds.This new approach incorporates industry-leading technology from Gamma Technologies and ThermoAnalytics for the solution of the refrigerant loop (1D flow), the passenger compartment (3D flow, radiation, convection, and conduction) and human thermal comfort.

All Things Battery Webinar

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Author(s):
Scott Peck

Watch this webinar to learn how our TAITherm software is used to simulate battery thermal design issues at the cell level, pack level, as well as system integration issues. Scott, one of our Senior Research Engineers, will show you how the battery models in TAITherm provide you with flexible tools to optimize your battery design and analysis process.

Simulation-based sensor modeling and at-range target detection characterization with MuSES

SPIE Volume Number: 9452
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Author(s):
Corey D. Packard, Nicholas E. Saur, Allen R. Curran, Peter L. Rynes