Non Destructive Testing (NDT)

An important area of app­li­ca­ti­on of She­aro­gra­phy is non-dest­ruc­ti­ve tes­ting (NDT). Defects beco­me visi­ble on the basis of the mea­su­red inho­mo­ge­ne­ous defor­ma­ti­on- respec­tively strain-dis­tri­bu­ti­ons. Bey­ond the loca­li­sa­ti­on, the defects or the mecha­nic struc­tu­re of the object can be fur­ther cha­rac­te­ri­sed depen­dent of the spa­ti­al dis­tri­bu­ti­on. The iden­ti­fi­ca­ti­on of mate­ri­al para­me­ters of dama­ged are­as is pos­si­ble as well in com­bi­na­ti­on with fem-models.

App­li­ca­ti­on examp­les, use the links for detail­ed information:

 

Load by dynamic excitation


Non-Destructive Testing - Ruder2

 

Dynamic loading on rudder blade

 

 

 


Non-Destructive Testing - Yacht

 

Dynamic loading on a yacht mast

 

 

 


Non-Destructive Testing - spacecraft4

 

Dynamic excitation on a spacecraft

 

 

 


Non-Destructive Testing - Section RotorBlade-a

 

Dynamic loading on a wind turbine blade and resin bridges

 

 


Non-Destructive Testing - Marine NDE

 

Dynamic loading on a large yacht hull

 

 

 


 

 

 Load by change of pressure


Non-Destructive Testing - RotorBlade

 

NDT on wind rotor blades

 


 

Load by vacuum 


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Non-Destructive Testing - Battery pack

 

Vacuum loading on battery packs