FROM ENGINEERED SOLUTION TO VALIDATED PERFORMANCE
Calculation provides the foundation. Performance validation confirms how the engineered solution behaves in practice.
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TEST THE PERFORMANCE. NOT THE ASSUMPTION.
A damping solution is only complete when its behaviour under the required operating conditions is understood.
Performance validation compares the engineered response with measured results and verifies whether the solution performs within the required limits.
What performance validation can confirm
✓ Shock and vibration response
✓ Resonance and transmissibility
✓ Displacement and load transfer
✓ Mechanical integrity after testing
Validation against relevant requirements
Testing under accreditation is performed where applicable and within the relevant accredited scope.
Validate the solution that was engineered for your application
From Wire Rope Mounts to elastomer and hydraulic damping systems, validation provides measured evidence of how the selected technology behaves under the required loading conditions.
KQV2.5 20-02
KQV2 .5 20 - 02
JV1.5 1-10
JV1.5 1 - 10
JV1.5 15-10
JV1.5 15 - 10
JV1.5 5-10
JV1.5 5 - 10
JV1.5 3 - 10
JV1.5 3 - 10
All our products are manufactured and tested in Europe.
Performance validation for demanding applications
Shock validation
Shock validation verifies how the engineered damping system responds to short-duration, high-energy loads.
It can provide insight into:
- Peak acceleration
- Maximum displacement
- Energy absorption
- Mechanical integrity
- System response after impact
Vibration validation
Vibration validation verifies system behaviour across the relevant frequency range and identifies how effectively vibration is isolated or transmitted.
Depending on the required test scenario, this can include:
It can provide insight into:
- Resonance frequencies
- Transmissibility
- Damping efficiency
- System stability
- Response in multiple directions
“A calculated solution predicts performance. Validation shows how it behaves under real conditions.”
FROM SIMULATION TO PROVEN PERFORMANCE
Every validation process starts with the engineered system.
Calculation and simulation predict displacement, acceleration, stresses and dynamic response. Measured test data is then compared with these predictions to verify how accurately the model represents real system behaviour.
This correlation helps to:
✓ Confirm predicted system behaviour
✓ Verify resonance and damping performance
✓ Identify deviations between calculation and reality
✓ Validate engineering margins
✓ Improve future damping designs
How does Performance & Validation work?
1. Define the requirements
The application, expected loads, standards and required performance are established.
2. Start with the engineered model
Calculation and simulation provide the expected system response and acceptance criteria.
3. Define the validation programme
Relevant shock, vibration, measurement points and test conditions are selected.
4. Measure the response
Acceleration, displacement, frequency response and other relevant parameters are recorded.
5. Compare calculation and measurement
Measured behaviour is compared with the predicted response.
6. Evaluate the result
The damping solution is assessed against the required performance and engineering limits.
Frequently asked questions from clients
Calculation predicts system behaviour, but real systems can also be influenced by non-linear behaviour, installation conditions and combined loading. Validation provides measured evidence and helps confirm whether the engineered solution behaves as expected.
No. The required level of validation depends on the application, risk, customer requirements and applicable standards. For critical or certification-driven applications, physical testing may be required.
Depending on the application, measurements can include acceleration, displacement, resonance frequencies, transmissibility and structural response.
Yes. Validation programmes can be developed around project-specific shock profiles, vibration conditions, acceptance criteria and operating environments.
Standalone shock, vibration and environmental testing is handled through Test Lab Solutions, the specialist testing and validation brand of Damping Solutions SRL.
ALREADY HAVE VALIDATION REQUIREMENTS?
If your project already specifies shock profiles, vibration levels, standards or acceptance criteria, these requirements can be incorporated directly into the engineering and validation process.
Send us your:
- Applicable standard or specification
- Shock or vibration profile
- Acceptance criteria
- Equipment data and drawings
- Required measurement points, if defined
Need a standalone test programme rather than damping validation?
Our specialist brand Test Lab Solutions focuses on testing and validation services.
Ready to validate your damping solution?
Start with a free calculation
Our engineers perform a first calculation free of charge.
Send us your load and frequency data, and we'll recommend the right isolation concept with full documentation for your engineering or procurement process.