Software Release Webinars Archives - VIBES.technology

+31 85 822 50 49 info@vibestechnology.com

Academy
Products
Cases & Implementation
News
About us

Search for:

Getting Started

10

1 The VIBES Portal

1.1 Registering to the VIBES Portal
1.2 Uploading files
1.3 Downloading files

2 Downloading & Installing Software

2.1 Downloading Software
2.2 Installing Software

3 Licensing

3.1 Accessing the VIBES License Manager
3.2 Floating Licenses
3.3 Fixed Licenses

4 Software Trials

4.1 Getting a Trial Version

5 Support

5.1 VIBES Support

Product Guide COUPLE

25

1 Getting Started

1.1 About COUPLE
1.2 Nomenclature
1.3 Supported Data Formats
Creating virtual acoustic prototypes

2 Software Releases

2.1 COUPLE v2.0
2.2 COUPLE v1.4
2.3 COUPLE v1.3
2.4 COUPLE v1.2

3 Libraries

3.1 Managing libraries
3.2 Model packages

4 Preparing and organizing models

4.1 Model Library
4.2 Importing data
4.3 Channels and interfaces
4.4 Organizing models into libraries

5 Designing topologies

5.1 Adding models
5.2 Links
5.3 Variants
5.4 Creating topologies with blueprints
5.5 Decoupling components
5.6 Project overview
5.7 Inspector

Examples

Studying different design variants

6 Analysis

6.1 Visualizing data and results

7 Exporting

7.1 Exporting data
7.2 Exporting plots

Product Guide DIRAC

58

1 Getting started

1.1 Overview
1.2 Demo project
Experimental modal analysis – Algorithm
Experimental modal analysis in DIRAC – Workflow

2 Software Releases

2.1 DIRAC v4.2
2.2 DIRAC v4.1
2.3 DIRAC v4.0
2.4 DIRAC v3.4

3 Quick References

3.1 Modules & campaigns
3.2 General tips & tricks
3.3 Keyboard commands
3.4 PAK Cloud

4 Prepare

4.1 Module overview
4.2 Prepare widgets
4.3 Geometries
4.4 Sensors, shakers and impacts
4.5 Virtual Points
4.6 Virtual Point Transformation
4.7 Photo viewer
4.8 Wireframes

Examples

Working with the sensor database

5 Measure

5.1 Module overview
5.2 DAQ
5.3 Measurement execution: impact locations and shaker control card
5.4 Reviewing data: graphing card
5.5 Measurement control: hardware card
5.6 Troubleshooting: scope card

Examples

Automatic Measurement Selection
Connecting to an MK2 directly
Connecting to an MK2 using the live hub
During the measurement – tips and tricks
Measuring with multiple hammers
Plotting tips and tricks
Shaker testing

6 Data Import

6.1 Data module and importing files

Examples

Importing data
Roving sensor testing

7 Analyze

7.1 Module overview
7.2 Matrix selections, VPT and post-processing
7.3 Measurement Matrix
7.4 Validate
7.5 Operational Deflection Shapes
7.6 Power user tips

Examples

Working with the Matrix Viewer

8 Experimental Modal Analysis

8.1 Module overview
8.2 Performing Modal Analysis
8.3 Visualizing results
Experimental modal analysis – Algorithm
Experimental modal analysis in DIRAC – Workflow

9 Export

9.1 Export options

Examples

Quality checks for test-based models

1 Quality checks for test-based models
2 Checking VP conditioning
3 Checking test setups with ODS
4 Checking the hammer merge
5 Checking overloads
6 Checking coherence
7 Checking VP consistency
8 Checking VP plausibility (passivity and reciprocity)

Product Guide SOURCE

41

01 Getting Started

1.1 Workflow

02 Software Releases

2.1 SOURCE v1.9
2.2 SOURCE v1.8
2.3 SOURCE v1.7
2.4 SOURCE v1.6

03 Modules & Preferences

3.1 Modules overview
3.2 Preferences

04 Importing and Organizing Data

4.1 Importing Data
4.2 Loading Data & Repositories
4.3 Grouping Data & Test Assemblies

05 Channels and Virtual Points

5.1 Master channels
5.2 Mapping channels
5.3 Virtual Points

06 Pre-processing

6.1 Segments
6.2 Sequences

07 3D-Animation

7.1 Operational Deflection Shapes (ODS)

08 Auralization

8.1 Auralizing a dataset

09 Plotting

9.1 Plot types
9.2 Creating plots
9.3 Managing data in plots
9.4 Plot settings
9.5 Legends
9.6 Chapter management

Examples

Customizing graph layouts

10 Analyses

10.1 Creating an analysis
10.2 Analysis settings
10.3 Results
10.4 Fluent TPA

11 Exporting

11.1 Exporting data
11.2 Exporting plots
11.3 Exporting audio files

Examples

X-DoF

Quality checks for source characterization

1 Quality checks for source characterization
2 Checking operational consistency
3 Checking operational deflection shapes
4 Checking signal and noise

Workflows and features

Calculating direct Blocked Forces
Calculating in-situ Blocked Forces
Calculating TPA syntheses
Order analyses
Tracking channels

Publications

4

Blocked Forces
Dynamic Substructuring
Transfer Path Analysis
Virtual Point

Toolbox for MATLAB

12

1 Getting Started

1.1 Workflow
1.2 Release notes
1.3 Basic commands
1.4 Working with VIBES objects

2 Working with the Toolbox

2.1 Nodes, DoFs and channels
2.2 Dataset classes
2.3 Plotting of time data
2.4 Plotting of spectral data
2.5 Using the 3D environment

3 Examples and Tutorials

3.1 Signal processing: vehicle measurement
3.2 Dynamic Substructuring of two substructures
3.3 Component Mode Synthesis of a building

VIBES Methodology

25

Blocked Force Characterization

1 The basics
2 Mathematics behind Blocked Forces
3 Blocked Forces vs Interface Forces
4 Methods to determine Blocked Forces
5 Methods to determine interface forces
6 Evaluating Blocked Force quality

Dynamic Substructuring

1 Modeling Domains
2 Basics of Substructuring Assembly
3 Substructuring methods
4 Transmission Simulators & decoupling
5 Rubber bushing identification using DS
6 Combining test-based models with FE models

Intro to our Methodology

1 Intro to the VIBES Methodology
2 What is NVH?
3 Modeling Domains

Transfer Path Analysis

1 General framework for TPA
2 Classical TPA
3 Component-based TPA
4 Transmissibility-based TPA

Virtual Point

1 Why use Virtual Points?
2 Mathematics behind Virtual Points
3 Evaluating the quality of your model
4 Measuring Virtual Points in practice
5 Interfaces: 3-DoF versus 6-DoF
6 Virtual Point modeling in DIRAC

Webinars

2

Insights in Blocked Force TPA and Dynamic Substructuring
Insights in component TPA – Source Characterization

Home
Academy
Webinars
Software Release Webinars

Software Release Webinars

Here you can find the videos of the different releases of the VIBES' software.

We love innovation in dynamics! We empower engineers with new ways of doing dynamic analysis by fusing test & simulation.

Contact

+31 85 822 50 49
info@vibestechnology.com

Burgwal 8a
2611 GJ Delft, Netherlands

Sitemap

Home
Academy
Products
Cases & Implementation
News
About us

2024 Vibes Technology BV | Sitemap

Website by Secure Design

Academy
Products
Cases & Implementation
News
About us

Contact

+31 85 822 50 49
info@vibestechnology.com

Burgwal 8a
2611 GJ Delft, Netherlands

×

Subscribe to our newsletter

Privacy statement. By submitting this form you agree to having your details registered in our database. At your request, we'll remove your details from our database immediately *

Confirm email address

Additional comments

City

More additional comments