Siemens Xcelerator Academy: On-Demand Training

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On-Demand Training - Simcenter

Description

Supports the learning of Simcenter products to optimize design and predict performance in product development. The content will prepare engineers with the skills required to use the software tools for system simulation, 3D CAE, CFD modeling and testing for structural analyses to fluid simulation to electric motor design. The software products training that is included but not limited to are Simcenter STAR-CCM+, Simcenter 3D, Simcenter SPEED and Simcenter Amesim.

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

Content Details

Starting at
USD $2310.00 / year
Buy

Chapters

learning path

Fundamentals of Simcenter 3D Space Systems Thermal - 2022.1

Learn how to use the basic capabilities of Simcenter 3D Space Systems Thermal to perform sophisticated thermal analysis.

Preview Chapter

Introducing Simcenter 3D Space Systems Thermal

Fundamentals of Simcenter 3D Space Systems Thermal - 2022.1 6 Chapters

Learn how to use the basic capabilities of Simcenter 3D Space Systems Thermal to perform sophisticated thermal analysis.

1 Introducing thermal analysis in Simcenter 3D Space Systems Thermal - 2022.1 5 Topics

Introducing Simcenter 3D Space Systems Thermal
Introducing Simcenter 3D Space Systems Thermal workflow
Lab: Simulation process in Simcenter 3D Pre/Post
Heat transfer concepts
Knowledge Check: Introducing thermal analysis in Simcenter 3D Space Systems Thermal

2 Meshing for thermal analysis - 2022.1 18 Topics

Selecting a mesh and element types
Using primitives in Simcenter 3D Space Systems Thermal
Lab: Build a model with primitives
Defining a mesh for thermal analysis
Creating mesh collectors and material properties
Defining physical properties
Creating mesh and defining material and physical properties for a thermal model
Lab: Create multiple mesh types for a spacecraft model
Lab: Set up physical properties and mesh collectors
Controlling mesh densities and mesh connections
Working with meshes
Lab: Create the mesh mating conditions and mesh controls
Lab: Resolve mesh quality issues
Modeling assemblies
Lab: Create an assembly FEM for the airplane cabin model
Lab: Create an assembly FEM and mesh components
Create an assembly FEM and mesh components
Knowledge check: Meshing for thermal analysis

3 Defining thermal boundary conditions - 2022.1 5 Topics

Defining thermal loads
Defining thermal constraints
Applying thermal boundary conditions
Lab: Define thermal boundary conditions
Knowledge check: Defining thermal boundary conditions

4 Defining thermal contacts - 2022.1 9 Topics

Understanding element subdivision thermal coupling method
Selecting primary and secondary regions
Understanding projective intersection thermal coupling method
Comparing projective intersection and element subdivision coupling methods
Lab: Perform a heat transfer analysis between a chip, PCB and casting
Thermal coupling types
Defining thermal contacts
Lab: Create thermal coupling boundary conditions
Knowledge check: Defining thermal contacts

5 Steady state and transient thermal analysis - 2022.1 12 Topics

Understanding numerical solution techniques
Setting up a solution
Defining solver parameters
Solving a model
Lab: Modify and solve a solution
Steady state heating analysis of the mars rover
Lab: Define a thermostat in a steady state solution
Transient analysis
Setting up and solving a transient solution
Lab: Thermal transient analysis of a power supply using thermostat and active heat controller
Thermal transient analysis of a power supply using thermostat and active heat controller
Knowledge check: Steady state and transient thermal analysis

6 Assessment: Fundamentals of Simcenter 3D Space Systems Thermal - 2022.1 1 Topic

Assessment: Fundamentals of Simcenter 3D Space Systems Thermal

Chapter

learning path

Modeling radiation in space applications - 2022.1

Understand thermal radiation heat transfer, radiation exchange, and radiative heating. Learn how to set up radiation request.

Preview Chapter

Understanding thermal radiation

Chapters

learning path

Space systems thermal analysis - 2022.1

Understand thermal analysis capabilities specific for the space industry that include orbital heating, solar and planetary heating, and modeling of multi-layer.

Preview Chapter

Introducing Space System Thermal concepts

Space systems thermal analysis - 2022.1 7 Chapters

Understand thermal analysis capabilities specific for the space industry that include orbital heating, solar and planetary heating, and modeling of multi-layer.

1 Orbital modeling - 2022.1 9 Topics

Introducing Space System Thermal concepts
Defining orbit type parameters, solar and celestial bodies characteristics
Defining a spacecraft attitude and its calculation positions
Defining an orbit modeling object
Defining orbital heating
Modeling orbital heating
Introducing the Orbit Visualizer
Using the Orbit Visualizer
Lab: Model orbital maneuvers of a communication satellite

2 Solar and planetary heating - 2022.1 7 Topics

Solar and planetary heating
Modeling solar heating space
Lab: Analyze diurnal heating of a rover
Lab: Apply boundary conditions and solve a satellite model
Apply boundary conditions and solve a satellite model Part 1
Apply boundary conditions and solve a satellite model Part 2
Knowledge check: Solar and planetary heating

3 Multilayer and thermal protection system modeling - 2022.1 4 Topics

Multilayer and thermal protection system modeling
Creating a uniform and non-uniform multilayer shells
Lab: Model multi-layer shells and thermal protection system
Knowledge check: Multilayer and thermal protection system modeling

4 Material transformation - 2022.1 5 Topics

Material transformation
Modeling of charring ablative materials
Modeling ablation effects using the Ablation-Charring modeling object
Lab: Model thermo-optical property degradation
Knowledge check: Material transformation

5 Articulation and motion - 2022.1 6 Topics

Articulation and motion
Defining the Solid Motion Effects simulation object using the articulation type
Understanding thermal effects of the spinning model
Defining the Solid Motion Effects simulation object using the spinning type
Lab: Model the robot arm motion using articulation
Knowledge check: Articulation and motion

6 Electronic thermal management - 2022.1 6 Topics

Understanding electronics thermal management
Defining a PCB Stack physical property
Analyzing thermal dissipation of the electronic components
Defining a Printed Board and PCB Component simulation objects
Lab: Thermal modeling of PCB components with pads in an electronic device
Knowledge check: Electronic thermal management

7 Assessment: Space systems thermal analysis - 2022.1 1 Topic

Assessment: Space systems thermal analysis

Chapters

learning path

Advanced thermal modeling applications in Simcenter 3D - 2022.1

Learn how to use advanced features to perform 1D hydraulic network modelling, articulation and motion, Joule heating and Peltier cooler modelling.

Preview Chapter

1D hydraulic duct networks

Advanced thermal modeling applications in Simcenter 3D - 2022.1 4 Chapters

Learn how to use advanced features to perform 1D hydraulic network modelling, articulation and motion, Joule heating and Peltier cooler modelling.

1 1D hydraulic network modeling - 2022.1 7 Topics

1D hydraulic duct networks
How the thermal solver computes ducts
Creating a 1D mesh duct network and modeling the cooling of a 2D shell heat exchanger
Lab: Create 1D duct network in a mold
Analyzing forced convection in a heat exchanger using immersed ducts
Lab: Create duct boundary conditions in a thermal model
Knowledge checks: 1D hydraulic network

2 Thermal management devices - 2022.1 7 Topics

Joule heating and thermal devices modeling
Modeling Joule heating
Lab: Model Joule heating
Lab: Model a Peltier cooler
Modeling heat pipes in thermal analysis
Lab: Create a heat pipe thermal device
Knowledge check: Thermal management devices

3 Customize the thermal solver - 2022.1 6 Topics

Extending the solver functionality with a user-written subroutine
Lab: Using a user written subroutine define a thermostat
Customizing the thermal solver using plugin functions
Including and running the plugin function in a solve
Lab: Write a plugin function and use it in a solve
Knowledge check: Customize the thermal solver

4 Assessment: Advanced thermal modeling applications in Simcenter 3D - 2022.1 1 Topic

Assessment: Advanced thermal modeling applications in Simcenter 3D

Chapters

learning path

Mapping the results to another model - 2022.1

Learn how to transfer temperatures onto a target model, typically an independent structural model of the same geometry.

Preview Chapter

Introducing temperature mapping

109 Learning Paths

637 Chapters

5298 Topics

262 Hours of Video

Outline

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

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 $2310.00 / year

Buy

Change this page to

mouse On-Demand Training - Simcenter

Description

Explore This On-Demand Training

Content Details

Fundamentals of Simcenter 3D Space Systems Thermal - 2022.1

Introducing Simcenter 3D Space Systems Thermal

Fundamentals of Simcenter 3D Space Systems Thermal - 2022.1 6 Chapters

1 Introducing thermal analysis in Simcenter 3D Space Systems Thermal - 2022.1 5 Topics

2 Meshing for thermal analysis - 2022.1 18 Topics

3 Defining thermal boundary conditions - 2022.1 5 Topics

4 Defining thermal contacts - 2022.1 9 Topics

5 Steady state and transient thermal analysis - 2022.1 12 Topics

6 Assessment: Fundamentals of Simcenter 3D Space Systems Thermal - 2022.1 1 Topic

Modeling radiation in space applications - 2022.1

Understanding thermal radiation

Modeling radiation in space applications - 2022.1 1 Chapter

1 Modeling radiation in space applications - 2022.1 17 Topics

Space systems thermal analysis - 2022.1

Introducing Space System Thermal concepts

Space systems thermal analysis - 2022.1 7 Chapters

1 Orbital modeling - 2022.1 9 Topics

2 Solar and planetary heating - 2022.1 7 Topics

3 Multilayer and thermal protection system modeling - 2022.1 4 Topics

4 Material transformation - 2022.1 5 Topics

5 Articulation and motion - 2022.1 6 Topics

6 Electronic thermal management - 2022.1 6 Topics

7 Assessment: Space systems thermal analysis - 2022.1 1 Topic

Advanced thermal modeling applications in Simcenter 3D - 2022.1

1D hydraulic duct networks

Advanced thermal modeling applications in Simcenter 3D - 2022.1 4 Chapters

1 1D hydraulic network modeling - 2022.1 7 Topics

2 Thermal management devices - 2022.1 7 Topics

3 Customize the thermal solver - 2022.1 6 Topics

4 Assessment: Advanced thermal modeling applications in Simcenter 3D - 2022.1 1 Topic

Mapping the results to another model - 2022.1

Introducing temperature mapping

Mapping the results to another model - 2022.1 3 Chapters

1 Temperature results mapping - 2022.1 5 Topics

2 Mapping constraint - 2022.1 5 Topics

3 Assessment : Mapping the results to another model - 2022.1 1 Topic

mouse On-Demand Training - Simcenter

On-Demand Training - Simcenter

On-Demand Training - Simcenter