Basic Simcenter TestLab Operations
- Duration: Half day
- Introduction to Simcenter TestLab interface and basic operations.
1. Introduction to Simcenter TestLab interface and features.
2. Navigating workspaces and customizing layouts.
3. Setting up basic projects and workflows.
4. Acquiring and managing datasets.
5. Basics of signal processing and filtering.
6. Generating and exporting simple reports.
7. Overview of key Simcenter TestLab applications.
8. Hands-on practice and troubleshooting.
Component-Based Transfer Path Analysis (C-TPA)
- Duration: 1 Day
- In-depth training on setting up and analyzing Transfer Path Analysis (TPA) workflows.
1. Overview of Transfer Path Analysis (TPA) concepts.
2. Introduction to component-based TPA techniques.
3. Setting up workflows for TPA in Simcenter TestLab.
4. Data acquisition strategies for TPA.
5. Identifying and analyzing vibration transfer paths.
6. Advanced TPA case studies in automotive applications.
7. Reporting insights and preparing detailed TPA documentation.
8. Troubleshooting TPA workflows.
Rotating Machinery Analysis
- Duration: 1 Day
- Training on using Simcenter TestLab for analysis of rotating machinery dynamics.
1. Fundamentals of rotating machinery dynamics.
2. Setting up measurement systems in Simcenter TestLab.
3. Acquiring data for spectral and harmonic analysis.
4. Run-up and coast-down testing workflows.
5. Fault detection and diagnostics in rotors and bearings.
6. Advanced imbalance analysis and rectification techniques.
7. Reporting and visualization of rotating machinery data.
8. Case studies in industrial and automotive applications.
Modal Analysis
- Duration: 2 Days
- Comprehensive training on experimental modal analysis and its applications.
1. Introduction to experimental modal analysis (EMA).
2. Overview of geometry setup and boundary conditions.
3. Fundamentals of shaker and impact testing.
4. Operational Deflection Shapes (ODS) analysis and animation.
5. Modal parameter extraction and validation techniques.
6. Advanced post-processing for structural dynamics.
7. Real-world case studies in structural testing and optimization.
8. Creating detailed reports and interpreting modal results.
Acoustics Analysis
- Duration: 1 Day
- Focused training on acoustic signal analysis and sound quality assessment.
1. Basics of acoustic signal processing.
2. Performing binaural measurements and replay.
3. Setting up sound quality tests in Simcenter TestLab.
4. Filtering and editing acoustic data for analysis.
5. Calculating psychoacoustic metrics.
6. Advanced tonal and broadband noise analysis techniques.
7. Reporting insights and preparing acoustic documentation.
8. Case studies in automotive NVH and sound quality optimization.
Durability Testing
- Duration: 1 Day
- Hands-on training on setting up and analyzing durability tests.
1. Introduction to durability testing concepts.
2. Setting up durability workflows in Simcenter TestLab.
3. Acquiring data for fatigue analysis.
4. Applying counting methods for durability evaluation.
5. Setting up accelerated durability testing workflows.
6. Post-processing durability results and identifying failure points.
7. Advanced case studies in load and damage analysis.
8. Reporting and validating durability test outcomes.
Advanced Signal Processing Techniques
- Duration: 1 Day
- Advanced techniques in signal processing and large dataset analysis.
1. Overview of signal processing fundamentals.
2. Time-domain and frequency-domain analysis techniques.
3. Advanced filtering and signal correction methods.
4. Applying statistical analysis to signals.
5. Visualizing data for better interpretation.
6. Handling large datasets efficiently.
7. Advanced case studies in signal processing.
8. Reporting and validating processed data.
