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

All
CAD Embedded CFD
Design Space Exploration using HEEDS
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+
Simcenter 3D Pre/Post
System modeling using Simcenter
Electric motor design using Simcenter SPEED
Simcenter 3D Acoustics
Simcenter 3D FE Model Correlation
Simcenter 3D Motion
Testing Solutions using Simcenter Testlab
Load data processing with Simcenter Tecware
Simcenter 3D Thermal Multiphysics
Simcenter Multimech
NX Basic Design
Simcenter MotorSolve
Battery design and simulation using Simcenter products
Electromagnetics in Simcenter STAR-CCM+
Simcenter 3D Space Systems Thermal

Chapters

- Analysis with Simcenter 3D/Simcenter Nastran FEM Acoustics
- Meshing Acoustics Models
- Setting Up and Solving Acoustics Solutions
- Model and Load Pre-Processing
- Using Alternate Component Representations
- Assessment: Working-with-Simcenter-3D/Simcenter-Nastran-FEM-Acoustics

This learning path teaches users how to prepare a Simcenter 3D / Simcenter Nastran FEM Acoustics model and review analysis results.

This learning path teaches users how to prepare a Simcenter 3D / Simcenter Nastran FEM Acoustics model and review analysis results.

- Introduction to Simcenter 3D / Simcenter Nastran FEM Acoustics
- Analyzing an Acoustics Model in Simcenter 3D / Simcenter Nastran FEM Acoustics
- Lab: Analyzing an Acoustics Model in Simcenter 3D/Simcenter Nastran FEM Acoustics
- Analysis with the Simcenter 3D Noise and Vibration Solver
- Knowledge Check: Introduction to Simcenter 3D/Simcenter Nastran FEM Acoustics

- Meshes for Acoustic Models
- Acoustic Mesh Types
- Meshing Structural Models
- Lab: Meshing Structural Models
- Meshing for Interior Acoustic Analysis
- Lab: Generating Meshes for Interior Acoustic Analysis
- Meshing for External Acoustic Analysis
- Lab: Generating Meshes for Exterior Acoustic Analysis
- Creating a Microphone Mesh
- Lab: Creating a Microphone Mesh
- Acoustic Materials
- Lab: Meshing an Acoustics Model
- Lab Solution: Meshing an Acoustics Model
- Lab: Meshing Vibro-acoustics Model
- Lab Solution Part 1: Meshing a Vibro-acoustics Model
- Lab Solution Part 2: Meshing a Vibro-acoustics Model
- Knowledge Check: Meshing an Acoustics Model

- Setting Up and Solving an Acoustics Model
- Solution Types for Simcenter 3D / Simcenter Nastran FEM Acoustics
- Solution Parameters for Simcenter 3D / Simcenter Nastran FEM Acoustics
- Lab: Setting Up and Solving an Acoustics Model
- Boundary Conditions for Simcenter 3D / Simcenter Nastran Acoustics FEM
- Creating Boundary Conditions for Acoustics Analysis
- Lab: Creating a Boundary Condition for Acoustics Analysis
- Creating Loads for Acoustics Analysis
- Lab: Creating Loads for Acoustics Analysis
- Creating Constraints for Acoustics Analysis
- Lab: Creating Constraints for Acoustics Analysis
- Simulation Objects for Simcenter 3D / Simcenter Nastran FEM Acoustics
- Creating Simulation Objects for Acoustics Analysis
- Lab: Creating Simulation Objects for Acoustics Analysis
- Solving the Acoustics Model and Reviewing Acoustics Analysis Results
- Post Processing Scenarios
- Lab: Setting Up and Solving a Vibro-Acoustic Analysis
- Lab Solution: Part 1: Setting Up and Solving a Vibro-Acoustics Analysis
- Lab Solution: Part 2: Setting Up and Solving a Vibro-Acoustics Analysis
- Knowledge Check: Setting Up and Solving an Acoustics Solution

- Model and Load Pre-Processing
- Transforming External Result Data for Acoustics Loads
- Lab: Using CFD Data to Create Fan Noise Loads
- Knowledge Check: Model and Load Pre-Processing

- Using Alternate Component Representations in Acoustics Models
- Creating a Mode Set to Represent a Structural Model
- Lab: Creating a Mode Set to Represent a Structural Model
- Creating an ATV Set to Represent an Acoustics Model
- Lab: Creating an ATV Set to Represent an Acoustics Model
- Evaluating MATV Response Using Noise and Vibration
- Lab: Evaluating MATV Response Using Noise and Vibration
- Creating and Using an FRF Set in a Vibro-Acoustic Analysis
- Lab: Creating and Using an FRF Set in a Vibro-Acoustic Analysis
- KC: Using Alternate Component Representations

- Assessment: Working-with-Simcenter-3D/Simcenter-Nastran-FEM-Acoustics

Chapters

- Gearbox Noise Radiation
- Transmission Loss Using Duct Modes
- Panel Transmission Loss
- Electric Motor Noise
- Pass-By Noise
- Satellite Vibration
- Assessment: Applications of Simcenter 3D / Simcenter Nastran FEM Acoustics

This learning path teaches users how to apply Simcenter 3D/Simcenter Nastran FEM Acoustics analysis to solve problems in industry.

This learning path teaches users how to apply Simcenter 3D/Simcenter Nastran FEM Acoustics analysis to solve problems in industry.

- Analyzing Gearbox Noise Radiation
- Lab: Analyzing Motion to Acoustics Gearbox Noise
- Lab Solution: Setting up the Gearbox Model
- Lab Solution: Setting Up the Acoustic Model
- Lab Solution: Analyzing and Mapping Data
- Lab Solution: Setting Up and Solving the Vibro-acoustics Model
- Knowledge Check: Gearbox Noise Radiation

- Analyzing Transmission Loss with Duct Modes
- Lab: Analyzing Transmission Loss of a Muffler Using Duct Modes
- Lab Solution: Setting Up the Finite Element Model
- Lab Solution: Setting Up and Solving the Solution
- Lab Solution: Reviewing Results
- Knowledge Check: Transmission Loss Using Duct Modes

- Analyzing Panel Transmission Loss
- Lab: Analyzing Aircraft Panel Transmission Loss
- Lab Solution: Setting up the Acoustic Model
- Lab Solution: Setting Up the Solution
- Lab Solution: Reviewing Results
- Lab Solution: Applying Static Pressure and Temperature
- Lab Solution: Reviewing Static Pressure and Temperature Results
- Lab Solution: Analyzing Narrow Band Results
- Knowledge Check: Panel Transmission Loss

- Analyzing Electric Motor Noise
- Lab: Analyzing Electric Motor Noise
- Lab Solution: Analyzing Electric Motor Noise
- Knowledge Check: Electric Motor Noise

- Analyzing Pass By Noise
- Lab: Analyzing Car Engine Bay Noise
- Lab Solution: Setting Up the Acoustic Solution
- Lab Solution: Setting Up the Acoustic Objects
- Lab Solution: Reviewing Acoustic Results
- Knowledge Check: Pass By Noise

- Analyzing Satellite Vibration
- Lab: Analyzing Response to Random Excitation of a Satellite
- Lab Solution: Setting Up the Satellite Model
- Lab Solution: Solving and Reviewing Results
- Lab Solution: Creating the Random Vibro-Acoustic Solution
- Lab Solution: Defining the AML and Plane Waves
- Lab Solution: Setting Up the PSD Solution
- Lab Solution: Solving and Reviewing Results
- Knowledge Check: Satellite Vibration

- Assessment: Applications of Simcenter 3D / Simcenter Nastran FEM Acoustics

Chapters

- Ray Acoustics
- Parking Sensor Simulation
- Interior Acoustics and Particle Tracing
- Assessment: Ray Acoustics

This learning path teaches users how to prepare a Ray Acoustics model, solve it, and review analysis results.

This learning path teaches users how to prepare a Ray Acoustics model, solve it, and review analysis results.

- Introduction to Simcenter 3D Ray Acoustics
- Ray Acoustics Analysis Theory
- Meshing a Ray Acoustics Model
- Setting Up a Ray Acoustics Model
- Reviewing Ray Acoustics Results
- Analyzing a Ray Acoustics Model
- Lab: Analyzing a Ray Acoustics Model
- Knowledge Check: Ray Acoustics

- Introduction to Parking Sensor Simulation
- Lab: Parking Sensor Simulation
- Lab Solution: Exploring the FE Model and Directionality Field
- Lab Solution: Setting Up and Solving the Ray Acoustics Simulation
- Lab Solution: Exploring Results
- Knowledge Check: Parking Sensor Simulation

- Introduction to Interior Acoustics and Particle Tracing
- Lab: Car Audio Simulation
- Lab Solution: Analyzing a Car Audio Problem
- Knowledge Check: Interior Acoustics and Particle Tracing

- Assessment: Ray Acoustics

Chapters

- Analysis with Simcenter 3D BEM Acoustics
- Meshing BEM Acoustics Models
- Setting Up and Solving BEM Acoustics Solutions
- Model and Load Pre-Processing (BEM)
- Using Alternate Component Representations (BEM)
- Using the Noise and Vibration Solver
- Assessment: Working with Simcenter 3D BEM Acoustics

This learning path teaches users how to prepare a Simcenter 3D BEM Acoustics model, solve it, and review analysis results.

This learning path teaches users how to prepare a Simcenter 3D BEM Acoustics model, solve it, and review analysis results.

- Introduction to Simcenter 3D BEM Acoustics
- Analyzing an Acoustic Model in Simcenter 3D BEM Acoustics
- Lab: Analyzing a Vibro-acoustic Model in Simcenter 3D BEM Acoustics
- Knowledge Check: Analysis with Simcenter 3D BEM Acoustics

- Meshes for BEM Acoustics Models
- Creating Meshes from Mesh Primitives
- Meshing for Direct BEM Acoustics Analysis
- Lab: Generating Meshes for Direct BEM Analysis
- Meshing for Indirect BEM Acoustic Analysis
- Lab: Generating Meshes for Indirect BEM Acoustic Analysis
- Acoustic Materials for BEM Acoustics Models
- Lab: Meshing a BEM Acoustics Model
- Lab Solution: Meshing a BEM Acoustics Model
- Knowledge Check: Meshing a Simcenter 3D Acoustics BEM Model

- BEM Acoustics Solution Types
- BEM Acoustics Solution Parameters
- BEM Acoustics Constraints and Loads
- Creating Loads for BEM Acoustics Analysis
- Lab: Creating Loads for BEM Acoustics Analysis
- BEM Acoustics Simulation Objects
- Creating Simulation Objects for BEM Acoustics Analysis
- Lab: Creating Simulation Objects for BEM Acoustics Analysis
- Post Processing Scenario Results Types for BEM Acoustics
- Lab: Setting Up and Solving a BEM Acoustics Solution
- Lab Solution: Setting Up and Solving a BEM Acoustics Solution
- Knowledge Check: Setting Up and Solving a Simcenter 3D Acoustics BEM Solution

- Model and Load Pre-Processing
- Using Model and Load Pre-processing to Apply a Load
- Lab: Using Model and Load Pre-processing to Apply a Turbulent Boundary Layer Load
- Knowledge Check: Model and Load Pre-Processing

- Using Alternate Component Representations in Acoustic Models
- Creating a Mode Set
- Lab: Creating a Mode Set
- Using a Mode Set in an Acoustic Analysis
- Lab: Using a Mode Set in a BEM Acoustics Analysis
- Knowledge Check: Using Alternate Component Representations

- Using the Noise and Vibration Solver
- Creating an ATV Set
- Lab: Creating an ATV Set
- Evaluating ATV Response using the Noise and Vibration Solver
- Lab: Evaluating ATV Response using the Noise and Vibration Solver
- Knowledge Check: Using the Noise and Vibration Solver

- Assessment: Working with Simcenter 3D BEM Acoustics

Chapters

- Gearbox Noise Radiation (BEM)
- Compressor Noise Radiation (BEM)
- Assessment: Applications of Simcenter 3D BEM Acoustics

This learning path teaches users how to use Simcenter 3D BEM Acoustics to solve problems in industry.

This learning path teaches users how to use Simcenter 3D BEM Acoustics to solve problems in industry.

- Analyzing Gearbox Radiation
- Lab: Analyzing Motion to Acoustics Gearbox Noise (BEM)
- Lab Solution: Analyzing Motion to Acoustics Gearbox Noise (BEM)
- Knowledge Check: Gearbox Noise Radiation (BEM)

- Using Binary Loads and Binary Nodes in Acoustics Analysis
- Lab: Analyzing Vibro-Acoustic Response of a Compressor
- Lab Solution: Analyzing Vibro-Acoustic Response of a Compressor
- Knowledge Check: Noise Radiation from a Compressor

- Assessment: Applications of Simcenter 3D BEM Acoustics

Chapters

- Introduction to Aero Vibro-Acoustics
- Fan Noise
- Wind Noise
- Aircraft Panel Loading Noise
- Assessment: Aero Vibro-Acoustics

This learning path teaches users how to solve aero-vibro-acoustics problems using Simcenter 3D.

This learning path teaches users how to solve aero-vibro-acoustics problems using Simcenter 3D.

- Introduction to Acoustics
- Introduction to Aero-Acoustics
- Aero-Acoustics Fundamentals
- Aero-Vibro-Acoustics Process
- Analyzing HVAC Noise Using Aero-Vibro-Acoustics
- Lab: Analyzing HVAC Noise using Aero-Vibro-Acoustics
- Knowledge Check: Introduction to Aero-Vibro-Acoustics

- Analyzing Fan Noise
- Lab: Fan Noise
- Lab Solution: Fan Noise
- Knowledge Check: Fan Noise

- Analyzing Wind Noise
- Lab: Wind Noise
- Lab Solution: Wind Noise
- Wind Noise Knowledge Check

- Analyzing Turbulent Boundary Layer Noise
- Lab: Aircraft Panel Loading Noise
- Lab Solution: Aircraft Panel Loading Noise
- Knowledge Check: Aircraft Panel Loading Noise

- Assessment: Aero Vibro-Acoustics

Chapters

- Analysis with Simcenter Nastran FEM Acoustics - 2020.1
- Meshing a Simcenter Nastran FEM Acoustics Model - 2020.1
- Setting Up and Solving a Simcenter Nastran FEM Acoustics Solution - 2020.1
- Analysis with Simcenter 3D Acoustics BEM - 2020.1
- Meshing a Simcenter 3D Acoustics BEM Model - 2020.1
- Setting Up and Solving a Simcenter 3D Acoustics BEM Solution - 2020.1
- Model and Load Pre-Processing - 2020.1
- Using Alternate Component Representations in Acoustics Models - 2020.1
- Assessment: Working with Acoustics Models - 2020.1

This learning path teaches users how to prepare an acoustics model and review analysis results.

This learning path teaches users how to prepare an acoustics model and review analysis results.

- Introduction to Simcenter Nastran FEM Acoustics
- Analyzing an Acoustics Model in Nastran FEM Acoustics
- Lab: Analyzing an Acoustics Model in Nastran FEM Acoustics
- Knowledge Check: Introduction to Simcenter Nastran FEM Acoustics

- Meshes for Acoustic Models
- Acoustic Mesh Types
- Meshing Structural Models
- Lab: Meshing Structural Models
- Meshing for Interior Acoustic Analysis (FEM)
- Lab: Generating Meshes for Interior Acoustic Analysis (FEM)
- Meshing for External Acoustic Analysis
- Lab: Generating Meshes for Exterior Acoustic Analysis (FEM)
- Creating a Microphone Mesh
- Lab: Creating a Microphone Mesh
- Acoustic Materials
- Lab: Meshing a Nastran FEM Acoustics Model
- Lab Solution: Meshing a Nastran FEM Acoustics Model
- Lab: Meshing a Nastran FEM Vibro-acoustics Model
- Lab Solution Part 1: Meshing a Nastran FEM Vibro-acoustics Model
- Lab Solution: Part 2: Meshing a Nastran FEM Vibro-acoustics Model
- Knowledge Check: Meshing a Simcenter Nastran FEM Acoustics Model

- Setting Up and Solving an Acoustics Model
- Nastran FEM Acoustics Solution Types
- Nastran FEM Acoustics Solution Parameters
- Lab: Setting Up and Solving an Acoustics Model
- Nastran FEM Acoustics Boundary Conditions
- Creating Nastran FEM Acoustics Boundary Conditions
- Lab: Creating Nastran FEM Acoustics Boundary Conditions
- Creating Loads for Nastran FEM Acoustics Analysis
- Lab: Creating Loads for Nastran FEM Acoustics Analysis
- Creating Constraints for Nastran FEM Acoustics Analysis
- Lab: Creating Constraints for Nastran FEM Acoustics Analysis
- Nastran FEM Acoustics Simulation Objects
- Creating Simulation Objects for Nastran FEM Acoustics Analysis
- Lab: Creating Simulation Objects for Nastran FEM Acoustics Analysis
- Solving the Nastran FEM Acoustics Model and Reviewing Results
- Post Processing Scenarios
- Lab: Setting Up and Solving a Nastran FEM Vibro-Acoustics Analysis
- Lab Solution: Part 1: Setting Up and Solving a Nastran FEM Vibro-Acoustics Analysis
- Lab Solution: Part 2: Setting Up and Solving a Nastran FEM Vibro-Acoustics Analysis
- Knowledge Check: Setting Up and Solving a Simcenter Nastran FEM Acoustics Solution

- Introduction to Simcenter 3D Acoustics BEM
- Analyzing an Acoustics Model in Acoustics BEM
- Lab: Analyzing an Acoustics Model in Acoustics BEM
- Knowledge Check: Analysis with Simcenter 3D Acoustics BEM

- Meshes for Acoustics Models
- Meshing for Direct BEM Acoustics Analysis
- Lab: Generating Meshes for Direct BEM Analysis
- Meshing for Indirect BEM Acoustic Analysis
- Lab: Generating Meshes for Indirect BEM Acoustic Analysis
- Acoustic Materials
- Lab: Meshing an Acoustics BEM Model
- Lab Solution: Meshing an Acoustics BEM Model
- Knowledge Check: Meshing a Simcenter 3D Acoustics BEM Model

- Acoustics BEM Solution Types
- Acoustics BEM Solution Parameters
- Acoustics BEM Loads
- Creating Loads for Acoustics BEM Analysis
- Lab: Creating Loads for Acoustics BEM Analysis
- Acoustics BEM Simulation Objects
- Creating Simulation Objects for Acoustics BEM Analysis
- Lab: Creating Simulation Objects for Acoustics BEM Analysis
- Post Processing Scenarios
- Lab: Setting Up and Solving an Acoustics BEM Solution
- Lab Solution: Setting Up an Acoustics BEM Solution
- Lab Solution: Solving an Acoustics BEM Solution
- Knowledge Check: Setting Up and Solving a Simcenter 3D Acoustics BEM Solution

- Model and Load Pre-Processing
- Transforming External Result Data for Acoustics Loads
- Lab: Using CFD Data to Create Fan Noise Loads
- Knowledge Check: Model and Load Pre-Processing

- Using Alternate Component Representations in Acoustics Models
- Creating a Mode Set
- Lab: Creating a Mode Set
- Using a Mode Set in an Acoustics Analysis
- Lab: Using a Mode Set in an Acoustics Analysis
- Creating an FRF Set
- Lab: Creating an FRF Set
- Using ATVs as Alternate Component Representations
- Creating an ATV Set
- Lab: Creating an ATV Set
- Using an ATV Set to Evaluate ATV Response
- Lab: Evaluating ATV Response Using SOL 108
- Evaluating ATV Response Using Noise and Vibration
- Lab: Evaluating ATV Response Using Noise and Vibration
- Using an ATV Set to Evaluate MATV Response
- Lab: Evaluating MATV Response
- Creating an ATV Set for BEM Acoustics
- Lab: Creating an ATV Set for BEM Acoustics
- Evaluate ATV Response in BEM Acoustics
- Lab: Evaluating ATV Response in BEM Acoustics
- Knowledge Check: Using Alternate Component Representations in Acoustics Models

- Assessment: Working with Acoustics Models

Chapters

- Gearbox Noise Radiation - 2020.1
- Transmission Loss Using Duct Modes - 2020.1
- Panel Transmission Loss - 2020.1
- Compressor Noise Radiation - 2020.1
- Electric Motor Noise - 2020.1
- Pass-By Noise - 2020.1
- Wind Noise - 2020.1
- Aircraft Cabin Noise Using TBL Loads - 2020.1
- Fan Noise - 2020.1
- Satellite Vibration - 2020.1
- Assessment: Acoustics Analysis Applications - 2020.1

This learning path teaches users how to apply acoustics analysis to solve problems in industry.

This learning path teaches users how to apply acoustics analysis to solve problems in industry.

- Analyzing Gearbox Noise Radiation
- Lab: Analyzing Motion to Acoustics Gearbox Noise
- Lab Solution: Setting up the Gearbox Model
- Lab Solution: Setting Up the Acoustic Model
- Lab Solution: Analyzing and Mapping Data
- Lab Solution: Setting Up and Solving the Vibro-acoustics Model
- Knowledge Check: Gearbox Noise Radiation

- Analyzing Transmission Loss Using Duct Modes
- Lab: Analyzing Transmission Loss of a Muffler Using Duct Modes
- Lab Solution: Setting Up the Finite Element Model
- Lab Solution: Setting Up and Solving the Solution
- Lab Solution: Reviewing Results
- Knowledge Check: Transmission Loss Using Duct Modes

- Analyzing Panel Transmission Loss
- Lab: Analyzing Aircraft Panel Transmission Loss
- Lab Solution: Setting up the Acoustic Model
- Lab Solution: Setting Up the Solution
- Lab Solution: Reviewing Results
- Lab Solution: Applying Static Pressure and Temperature
- Lab Solution: Reviewing Static Pressure and Temperature Results
- Lab Solution: Analyzing Narrow Band Results
- Knowledge Check: Panel Transmission Loss

- Using Binary Loads and Binary Nodes in Acoustics Analysis
- Lab: Analyzing Compressor Noise Radiation Using Binary Displacement Loads
- Lab Solution: Importing the Model
- Lab Solution: Meshing the Model
- Lab Solution: Solving and Reviewing Results
- Lab: Analyzing Compressor Noise Radiation Using Binary Modes
- Lab Solution: Setting Up the Finite Element Model
- Lab Solution: Solving and Reviewing Results
- Knowledge Check: Compressor Noise Radiation

- Analyzing Electric Motor Noise
- Lab: Analyzing Electric Motor Noise
- Lab Solution: Defining the Structural Model
- Lab Solution: Importing and Mapping Force Loads
- Lab Solution: Solving and Reviewing Results
- Knowledge Check: Electric Motor Noise

- Analyzing Pass By Noise
- Lab: Analyzing Car Engine Bay Noise
- Lab Solution: Setting Up the Acoustic Model
- Lab Solution: Setting Up the Acoustic Objects
- Lab Solution: Reviewing Acoustic Results
- Knowledge Check: Pass By Noise

- Analyzing Wind Noise
- Lab: Analyzing Wind Noise
- Lab Solution: Reviewing the Finite Element Model
- Lab Solution: Mapping CFD Loads
- Lab Solution: Setting up and Solving the Vibro-acoustic Solution
- Lab Solution: Reviewing Results
- Knowledge Check: Wind Noise

- Analyzing Turbulent Boundary Layer Models
- Lab: Analyzing Aircraft Panel Noise
- Lab Solution: Setting up the Finite Element Model
- Lab Solution: Setting up and Solving for VATVs
- Lab Solution: Generating TBL Loading
- Lab Solution: Setting up, Solving, and Reviewing Results
- Knowledge Check: Aircraft Cabin Noise Using TBL Loads

- Analyzing Fan Noise
- Lab: Analyzing Electronics Fan Noise
- Lab Solution: Reviewing the Finite Element Model
- Lab Solution: Mapping CFD Loads
- Lab Solution: Setting Up and Solving the Vibro-acoustic Solution
- Lab Solution: Reviewing Results
- Knowledge Check: Fan Noise

- Analyzing Satellite Vibration
- Lab: Analyzing Response to Random Excitation of a Satellite
- Lab Solution: Setting Up the Satellite Model
- Lab Solution: Solving and Reviewing Results
- Lab Solution: Creating the Random Vibro-Acoustic Solution
- Lab Solution: Defining the AML and Plane Waves
- Lab Solution: Setting Up the PSD Solution
- Lab Solution: Reviewing Results
- Knowledge Check: Satellite Vibration

- Assessment: Acoustics Analysis Applications

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.

- 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 $2100.00 / year

USD $2100.00 / year