- To determine static or dynamic behaviour of your (curved) panel or (sub-) component,
- To determine static or dynamic behaviour of joints of your (fuselage) panel or (sub-) component
- To determine the knock-down impacts or other deficits have on your panel or (sub-) component,
- Determine or even certify the buckling behaviour of your panel.
- To demonstrate the fatigue properties of your curved fuselage panel bi-axially loaded
Do you need all this in an ambient environment or do you require low (-55 deg C), even cryogenic temperatures (-180 deg C), or elevated (80 deg C) or quite hot (120 deg C), temperatures. Does the air need to be dry or humid, corrosive or even worse. Does your panel need to be saturated with water or not.
A wide variety of panel and (sub-) component testing facilities, including inspection and calibration systems, ranging from static to dynamic testing. We are used mimic in our test conditions aerospace, space and off-shore environments.
We perform static, fatigue and damage tolerance testing, according to international standards or to your own specifications. We also execute evaluation and qualification programmes.
Documents
- Structures Testing and Evaluation Facilities Catalog
- Mechanical Test Laboratory
- Biaxial Testing
- Curved Fuselage Panel Testing Facility
- Material and failure analysis
- Environmental testing of aerospace equipment
- NDI in-service inspections
- NLR C-scan facilities
- Non-Destructive Inspection
- Optical 3D Deformation Analysis
- Scanning Electron Microscope
- Traceable Force Calibration
- Accredited Calibration and Test Facilities
Related Issues
- Allowables of structures
- Bi-axial panel testing
- C-scan inspection at panel level
- Calibrated panel testing
- Composite panel impactor
- Compression testing of panels
- Cryogenic panel testing
- Damage tolerance panel testing
- Fatigue panel testing
- Fuselage panel testing
- High speed video during panel testing
- Impact test
- Instrumentation of panels
- Mechanical panel testing
- Mobile impactor and panel testing
- Multiple side damage on panels
- Non Destructive inspection of panels
- Optical displacement measuring during panel testing
- Optical strain measuring during panel testing
- Panel bending testing
- Panel buckling testing
- Panel certification testing
- Panel impact test
- Panel manufacturing
- Panel test result interpretation
- Panel test results correlation
- Panel testing
- Static panel testing
- Technical photography during panel testing
- Tensile panel testing
- Virtual panel testing