Electric Vehicle Battery Pack - Mechanical Design
Mechanical Design Essentials for EV Battery Safety and Performance
0
students
1.5 hours
content
May 2025
last update
$44.99
regular price
What you will learn
Understand the fundamentals of EV battery systems and their structural design needs.
Learn the complete battery pack development process, from concept to mechanical integration.
Identify and analyze the essential components of a battery pack (cells, base plates, end plates, connectors).
Gain insight into the interaction between electrical, thermal, and mechanical design requirements.
Apply stress-strain theory to evaluate mechanical loads and deformation in battery structures.
Calculate base plate and end plate dimensions and support structures using engineering formulas.
Select appropriate materials using the Ashby methodology based on performance and cost factors.
Perform vibration analysis including free, forced, and modal analysis for MDOF systems.
Analyze structural response under dynamic loads and excited frequency conditions.
Apply mechanical design theory in a real-world case study involving a 60V battery pack.
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6620227
udemy ID
17/05/2025
course created date
20/05/2025
course indexed date
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