On-Demand Training - Simcenter STAR-CCM+
Description
Covers Simcenter STAR-CCM+ multiphysics simulation, geometry processing, meshing, solver settings, post processing, and other aspects of the simulation workflow. In addition, you will learn how to use HEEDS for design space exploration and analyze multiple design in a short period of time.
- 12 month subscription
- Access to cloud-based environment for hands-on lab exercises
- Access to new training content added during the subscription period
- Knowledge assessments to measure learning progress
Explore This On-Demand Training
All
CFD analysis: Fundamentals of Simcenter STAR-CCM+
CFD analysis: Multiphase flows in Simcenter STAR-CCM+
CFD analysis: Geometry preparation using Simcenter STAR-CCM+
CFD analysis: Advanced topics in Simcenter STAR-CCM+
Design Space Exploration using HEEDS
Battery design and simulation using Simcenter products
Electromagnetics in Simcenter STAR-CCM+
CFD analysis: Fundamentals of Simcenter STAR-CCM+ (Localized Japanese Track)
CFD analysis: Turbomachinery using Simcenter STAR-CCM+
Chapters
learning path
- Introduction to Simcenter STAR-CCM+ Batteries - 2206
- Simulating a single cell using a tbm file - 2206
- Setting up and meshing three cells in series - 2206
- Simulating flow around three cells in series - 2206
- Liquid vs. phase change cooling: LC module - 2206
- Liquid vs. phase change cooling: PCM module - 2206
- Thermal runaway - 2206
- Assessment: TBM battery simulation in Simcenter STAR-CCM+ - 2206
TBM batteries simulation in Simcenter STAR-CCM+ - 2206
Simcenter STAR-CCM+ Batteries allow users to simulate thermal effects in batteries and their effect on surrounding flow. Tbm files are used for battery parts.
Battery terminology
TBM batteries simulation in Simcenter STAR-CCM+ - 2206 8 Chapters
Simcenter STAR-CCM+ Batteries allow users to simulate thermal effects in batteries and their effect on surrounding flow. Tbm files are used for battery parts.
1 Introduction to Simcenter STAR-CCM+ Batteries - 2206 5 Topics
- Introduction to Simcenter STAR-CCM+ Batteries
- Battery terminology
- Battery physics modeling
- Heat generation and transfer
- Knowledge check: Battery
2 Simulating a single cell using a tbm file - 2206 10 Topics
- Introducing the single battery pouch cell
- Importing a tbm file
- Meshing the pouch cell
- Lab: Create the mesh for a battery cell imported as tbm file
- Setting up the battery load, boundary conditions and solver
- Why is the material a multi-part solid material?
- Specifying the battery material
- Monitoring the battery module behavior during the run
- Lab: Set up all physics and run
- Knowledge check: Single cell
3 Setting up and meshing three cells in series - 2206 21 Topics
- Introducing the plate-cooled battery module
- Lab: Set up 3 cells in series
- Lab answer: Setting up 3 cells in series
- Adding connectors to the battery module
- Creating and assigning the external casing part
- Lab: Create connectors and casing
- Knowledge check: Battery modules
- Assigning casing part to region
- Lab: Assign the casing part to the air region
- Lab: Assign battery parts to regions
- Lab answer: Assigning battery parts to regions
- Knowledge check: Casing
- Meshing all parts
- Lab: Automated mesh setup for all parts
- Lab: Disable individual meshers for parts
- Lab answer: Disabling individual meshers for parts
- Knowledge check: Individual meshing
- Selecting physics models for air
- Selecting physics models and meshing
- Lab answer: Selecting physics models for aluminum
- Knowledge check: Physics solver
4 Simulating flow around three cells in series - 2206 8 Topics
- What is the state of the meshed 3S1P module?
- Lab: Assign multi-part solid material for the battery
- Lab answer: Assigning multi-part solid material for the battery
- Lab: Set up the battery load
- Lab answer: Setting up the battery load
- What is commonly monitored in a battery simulation?
- Lab: Finish the analysis setup
- Knowledge check: Battery monitoring
5 Liquid vs. phase change cooling: LC module - 2206 15 Topics
- What is the intention behind the comparison of liquid vs. phase change cooling?
- Introducing the objects for the liquid cooling setup
- Finding the objects in the simulation file
- Knowledge check: LC objects
- Aligning the module and explaining the load
- Lab: Configure the 2S1P module cooled by a liquid
- Lab answer: Configuring the 2S1P module for LC
- Completing the operations setup for liquid cooling parts
- How are parameters referenced?
- Knowledge check: LC configuration
- Lab: Create the cooling and foam regions
- Lab: Set up the battery region and data analysis for liquid cooling
- Lab answer: Battery region and data analysis for liquid cooling
- What remains to complete the setup of the liquid-cooled battery module?
- Knowledge check: LC module
6 Liquid vs. phase change cooling: PCM module - 2206 20 Topics
- Introducing the objects for the PCM setup
- Why is the Volume of Fluid (VOF) model used?
- Setting up the PCM continuum and material
- Enabling melting and solidification
- Lab: Set up phase materials
- Knowledge check: VOF
- Setting up the battery for PCM simulation
- Lab: Set up battery module, operations and regions
- Porous region setup for PCM
- Lab: Porous region setup for PCM
- Knowledge check: PCM configuration
- Completing the regions assignments
- Using filters to select boundaries across regions
- Lab: Complete the regions setup
- Lab: Multi-edit the tab boundaries
- Lab answer: Multi-editing the tab boundaries
- Completing the simulation setup
- Lab: Complete the simulation setup and run
- Analyzing the LC and PCM results
- Knowledge check: PCM
7 Thermal runaway - 2206 17 Topics
- Why simulate thermal runaway?
- Introduction to the simulation setup
- Define cell decomposition rate function
- Lab: Define cell decomposition rate function
- Specification of cell heat sources associated to thermal runaway
- When are subgroups useful?
- Lab: Specify cell heat sources associated to thermal runaway
- Knowledge check: Heat sources
- Specification of gas venting mass flow
- Lab: Specify gas venting mass flow for one cell
- Lab: Complete setup for Cell 2
- Lab answer: Completing the setup for Cell 2
- Explaining radiation settings
- Setting up data analysis for thermal runaway
- Lab: Set up data analysis for thermal runaway
- Interpret the thermal runaway solution
- Knowledge check: Thermal runaway
8 Assessment: TBM battery simulation in Simcenter STAR-CCM+ - 2206 1 Topic
- Assessment: TBM battery simulation in Simcenter STAR-CCM+
Chapters
learning path
- Introduction to Simcenter STAR-CCM+ Batteries - 2206
- Set up three user-defined cells in series - 2206
- Simulate three user-defined cells in series - 2206
- Switching from tbm batteries to user-defined batteries - 2206
- Compare two cooling materials: Liquid cooling - 2206
- Compare two cooling materials: Phase change material - 2206
- Compare two cooling materials: Finish the setup - 2206
- Assessment: User-defined battery simulation in Simcenter STAR-CCM+ - 2206
User-Defined Battery simulation in Simcenter STAR-CCM+ - 2206
Simcenter STAR-CCM+ Batteries allow users to simulate thermal effects in batteries & their effect on the surrounding flow. CAD files are used for battery parts.
What is different in tbm and user-defined batteries?
User-Defined Battery simulation in Simcenter STAR-CCM+ - 2206 8 Chapters
Simcenter STAR-CCM+ Batteries allow users to simulate thermal effects in batteries & their effect on the surrounding flow. CAD files are used for battery parts.
1 Introduction to Simcenter STAR-CCM+ Batteries - 2206 6 Topics
- Introduction to Simcenter STAR-CCM+ Batteries
- Workflow for user-defined batteries
- Terminology for user-defined batteries
- Naming convention for successful mapping of battery cells
- Battery physics modeling
- Knowledge check: User-defined battery
2 Set up three user-defined cells in series - 2206 14 Topics
- Introducing the plate cooled battery
- Prepare parts for air and battery
- Prepare regions for battery and metal plates
- Lab: Prepare the air and battery parts
- Lab: Assign the casing to a region
- Lab answer: Assign the casing to a region
- Preparing the mesh for battery and other parts
- Lab: Prepare the basic mesh setup
- Lab: Generate mesh for air and battery parts
- Lab answer: Mesh the air and battery parts
- Specify the fluid material around the battery
- Lab: Select physics models for air and aluminum
- Lab answer: Select physics models for air and aluminum
- Knowledge check: Physics and mesh
3 Simulate three user-defined cells in series - 2206 16 Topics
- What is the state of the meshed 3S1P module?
- Specify multi-part solid material for the battery
- Lab: Specify multi-part solid material for the battery
- Create user-defined battery cells and modules
- Lab: Create a user-defined battery module
- What is commonly monitored in a battery simulation?
- Why is the material a multi-part solid material?
- Setup of battery load, solvers and monitoring
- How are parameters referenced?
- Considerations during the battery design
- Knowledge check: Temperature monitoring
- Set up total heat source for tabs
- Lab: Finish the battery simulation setup
- When are subgroups needed?
- How can the heat in the tabs and busbars be accounted for?
- Knowledge check: UDB module
4 Switching from tbm batteries to user-defined batteries - 2206 6 Topics
- What is different in tbm and user-defined batteries?
- Lab: Assign tabs to the solid region
- Lab answer: Assign tabs to the solid region
- Achieve comparable results in tbm and user-defined batteries simulations
- Comparing the results of the tbm and user-defined battery simulations
- Knowledge check: Switch
5 Compare two cooling materials: Liquid cooling - 2206 14 Topics
- What is the intention behind the comparison of liquid vs. phase change cooling?
- Introducing the objects for the liquid cooling setup
- Finding the objects in the simulation file
- Create and define a user-defined battery cell
- Lab: Create the 2S1P module cooled by a liquid
- Lab answer: Create the 2S1P module cooled by a liquid
- Complete the operations setup for liquid cooling parts
- Lab: Create the cooling and foam regions
- Lab: Set up the battery region and data analysis for liquid cooling
- Lab answer: Battery region and data analysis for liquid cooling
- Set up a heat source for LC tabs
- Lab: Set up a heat source for LC tabs
- What remains to complete the setup of the liquid-cooled battery module?
- Knowledge check: Liquid-cooled
6 Compare two cooling materials: Phase change material - 2206 14 Topics
- Introducing the objects for the PCM setup
- Why is the Volume of Fluid (VOF) model used?
- Set up the PCM continuum and material
- Enable melting and solidification
- Lab: Set up the multiphase material
- Lab: Set up the PCM battery module
- Set up the PCM battery module
- Execute PCM operations and create regions
- Porous region and monitoring setup for PCM
- Lab: PCM region and monitoring setup for PCM
- Lab: Set up a heat source for PCM-cooled battery tabs
- Lab answer: Set up a heat source for PCM tabs
- Complete the regions assignment
- Knowledge check: Phase change
7 Compare two cooling materials: Finish the setup - 2206 8 Topics
- Use filters to select boundaries across regions
- Lab: Complete the regions setup
- Lab: Multi-edit the tab boundaries
- Lab answer: Multi-edit the tab boundaries
- Complete the simulation setup
- Lab: Complete the simulation setup and run
- Analyze the battery modules cooled by liquid and phase changing material
- Knowledge check: Cooled
8 Assessment: User-defined battery simulation in Simcenter STAR-CCM+ - 2206 1 Topic
- Assessment: User-defined battery simulation in Simcenter STAR-CCM+
Chapters
learning path
- Introduction to Simcenter STAR-CCM+ Batteries - 2022.1
- Simulating a single cell using a tbm file - 2022.1
- Setting up and meshing three cells in series - 2022.1
- Simulating flow around three cells in series - 2022.1
- Liquid vs. phase change cooling: LC module - 2022.1
- Liquid vs. phase change cooling: PCM module - 2022.1
- Assessment: TBM batteries simulation in Simcenter STAR-CCM+ - 2022.1
TBM batteries simulation in Simcenter STAR-CCM+ - 2022.1
Simcenter STAR-CCM+ Batteries allow users to simulate thermal effects in batteries and their effect on surrounding flow. Tbm files are used for battery parts.
Battery terminology
TBM batteries simulation in Simcenter STAR-CCM+ - 2022.1 7 Chapters
Simcenter STAR-CCM+ Batteries allow users to simulate thermal effects in batteries and their effect on surrounding flow. Tbm files are used for battery parts.
1 Introduction to Simcenter STAR-CCM+ Batteries - 2022.1 5 Topics
- Introduction to Simcenter STAR-CCM+ Batteries
- Battery terminology
- Battery physics modeling
- Heat generation and transfer
- Knowledge check: Battery
2 Simulating a single cell using a tbm file - 2022.1 10 Topics
- Introducing the single battery pouch cell
- Importing a tbm file
- Meshing the pouch cell
- Lab: Create the mesh for a battery cell imported as tbm file
- Setting up the battery load, boundary conditions and solver
- Why is the material a multi-part solid material?
- Specifying the battery material
- Monitoring the battery module behavior during the run
- Lab: Set up all physics and run
- Knowledge check: Single cell
3 Setting up and meshing three cells in series - 2022.1 21 Topics
- Introducing the plate-cooled battery module
- Lab: Set up 3 cells in series
- Lab answer: Setting up 3 cells in series
- Adding connectors to the battery module
- Creating and assigning the external casing part
- Lab: Create connectors and casing
- Knowledge check: Battery modules
- Assigning casing part to region
- Lab: Assign the casing part to the air region
- Lab: Assign battery parts to regions
- Lab answer: Assigning battery parts to regions
- Knowledge check: Casing
- Meshing all parts
- Lab: Automated mesh setup for all parts
- Lab: Disable individual meshers for parts
- Lab answer: Disabling individual meshers for parts
- Knowledge check: Individual meshing
- Selecting physics models for air
- Selecting physics models and meshing
- Lab answer: Selecting physics models for aluminum
- Knowledge check: Physics solver
4 Simulating flow around three cells in series - 2022.1 9 Topics
- What is the state of the meshed 3S1P module?
- Lab: Assign multi-part solid material for the battery
- Lab answer: Assigning multi-part solid material for the battery
- Lab: Set up the battery load
- Lab answer: Setting up the battery load
- What is commonly monitored in a battery simulation?
- Lab: Finish the analysis setup
- Lab answer: Monitoring temperature and SOC during the run
- Knowledge check: Battery monitoring
5 Liquid vs. phase change cooling: LC module - 2022.1 15 Topics
- What is the intention behind the comparison of liquid vs. phase change cooling?
- Introducing the objects for the liquid cooling setup
- Finding the objects in the simulation file
- Knowledge check: LC objects
- Aligning the module and explaining the load
- Lab: Configure the 2S1P module cooled by a liquid
- Lab answer: Configuring the 2S1P module for LC
- Completing the operations setup for liquid cooling parts
- How are parameters referenced?
- Knowledge check: LC configuration
- Lab: Create the cooling and foam regions
- Lab: Set up the battery region and data analysis for liquid cooling
- Lab answer: Battery region and data analysis for liquid cooling
- What remains to complete the setup of the liquid-cooled battery module?
- Knowledge check: LC module
6 Liquid vs. phase change cooling: PCM module - 2022.1 20 Topics
- Introducing the objects for the PCM setup
- Why is the Volume of Fluid (VOF) model used?
- Setting up the PCM continuum and material
- Enabling melting and solidification
- Lab: Set up phase materials
- Knowledge check: VOF
- Setting up the battery for PCM simulation
- Lab: Set up battery module, operations and regions
- Porous region setup for PCM
- Lab: Porous region setup for PCM
- Knowledge check: PCM configuration
- Completing the regions assignments
- Using filters to select boundaries across regions
- Lab: Complete the regions setup
- Lab: Multi-edit the tab boundaries
- Lab answer: Multi-editing the tab boundaries
- Completing the simulation setup
- Lab: Complete the simulation setup and run
- Analyzing the LC and PCM results
- Knowledge check: PCM
7 Assessment: TBM batteries simulation in Simcenter STAR-CCM+ - 2022.1 1 Topic
- Assessment: TBM batteries simulation in Simcenter STAR-CCM+
On-Demand Training - Simcenter STAR-CCM+
Receive unlimited access to all new content added during your active subscription.
During your subscription period, you will automatically receive access to all new content added to the library, including training on new product releases and technology updates to maximize your proficiency.
On-Demand Training - Simcenter STAR-CCM+
- 12 month subscription
- Access to cloud-based environment for hands-on lab exercises
- Access to new training content added during the subscription period
- Knowledge assessments to measure learning progress
Starting at
USD $1561.00 / year
USD $1561.00 / year