Damage propagation in composite material
Identifying failure mechanisms in composites is important because damage often remains largely invisible externally until late in the testing process. Research using X-ray and CT technology help gain a better understanding of the failure mechanisms and develop mathematical formulae describing the degrading performance characteristics. Research aims at developing and exploiting in-situ rigs that allow multi-mode stressing to be applied on composite samples – a keen interest of international aerospace companies.
Associated Products
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XT H 225 Industrial CT Scanning
XT H 225 for all-purpose X-ray and CT inspection
Aircraft Component Inspection, Die and Mould Applications, Cracks and Failure Analysis, Implants/Protheses, Damage propagation in composite material…
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XT H 225/320 LC for X-ray and CT inspection of larger samples
XT H 225/320 LC for X-ray and CT inspection of larger samples
Aircraft Component Inspection, Die and Mould Applications, Cracks and Failure Analysis, Implants/Protheses, Damage propagation in composite material…
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Purpose-built X-ray systems and configurations
Purpose-built system configurations to match specific inspection requirements
Powertrain Components, Die and Mould Applications, Cracks and Failure Analysis, Revealing mysteries of Antikythera Mechanism, Implants/Protheses…
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XT H 450 for turbine blade and casting inspection
Unique XT H 450 micro-focus X-ray and CT system for turbine blade and casting inspection
Powertrain Components, Aircraft Component Inspection, Cracks and Failure Analysis, Revealing mysteries of Antikythera Mechanism, Implants/Protheses…
