SolidWorks Transient Heat Transfer Analysis - How Long to Heat Up?
In this video, I show how to use SolidWorks to conduct a Transient Heat Transfer Analysis. Our goal is to estimate how long it will take to heat up an plastic filament extruder assembly from room temperature up to around 210 degrees C. This is a simplified simulation which ignores convection (assume good insulation) and uses heater bands to input a certain wattage into the extruder tube with the simple transient thermostat bang-bang controller activated. I hope this video is helpful to get you started with a transient heat transfer analysis in SolidWorks.

▶︎
SolidWorks Radiation Heat Transfer Study Example for a Vacuum Former

▶︎
SolidWorks - Pin Fin Temperature Distribution

▶︎
SOLIDWORKS Simulation - Thermal Analysis Webinar

▶︎
SOLIDWORKS Simulation Step-Up - Thermal Analysis

▶︎
Pneumatic Schematics (Full Lecture)

▶︎
Thermal Analysis in SolidWorks

▶︎
SOLIDWORKS Simulation Thermal Analysis: FEA vs CFD - Webinar

▶︎
This Engine Breaks ALL the Rules

▶︎
Datasheets to Results: Thermal Analysis with SOLIDWORKS Flow Simulation Electronics Cooling Module

▶︎
China’s Secret | The Most Unbelievable Megaprojects in China | 4K Travel Documentary

▶︎
How ASML Makes Chips Faster With Its New $400 Million High NA Machine

▶︎
SOLIDWORKS Fatigue for Simulation Standard

▶︎
SOLIDWORKS Flow Simulation - Thermal Radiation

▶︎
The Ridiculous Engineering of Jet Engines

▶︎
Save Arduino Serial Data to TXT, CSV, or Excel Using CoolTerm | Step-by-Step Guide

▶︎
Toyota Replaced Thousands of These Engines

▶︎
SOLIDWORKS Flow Simulation - Keeping Electronics Cool

▶︎
SOLIDWORKS Simulation Essentials - Lesson 1 - Simulation Workflow, Meshing and Contacts

▶︎
Choosing a Thermal Analysis Approach - SOLIDWORKS Simulation and Flow Simulation

▶︎
