PAGE INDEX Photomechanics Methods In Plane(x,y) Geometric Moire Moire Interferometry Microscopic Moire Interferometry   Out of Plane(z) Shadow Moire Infrared Fizeau Interferometry Twyman/Green Interferometry   Numerical Methods 3-D Structural Modeling 3-D Thermal Conduction Modeling 3-D Heat Transfer Modeling

In Plane (X,Y)     GEOMETRIC MOIRE     Method Specifications Example Sensitivity (No. of fringes per unit displacement) Less than 100 lines/mm Contour Interval (displacement/fringe order) Greater than 10 micrometers Field of View Large ** Click image for more information ...   MOIRE INTERFEROMETRY     Method Specifications Example Sensitivity (No. of fringes per unit displacement) 2.4 lines/micrometer Contour Interval (displacement/fringe order) .417 micrometers Field of View Small (typically 5mm to 50mm) ** Click image for more information ...   MICROSCOPIC MOIRE INTERFEROMETRY     Method Specifications Example Sensitivity (No. of fringes per unit displacement) 4.8 lines/micrometer Contour Interval (displacement/fringe order) 208 to 20.8 nanometers Field of View Microscopic (typically 50 micromters to 1 mm) ** Click image for more information ...      Out of Plane (Z)     SHADOW MOIRE     Method Specifications Example Sensitivity (No. of fringes per unit displacement) less than 100 lines/mm Contour Interval (displacement/fringe order) greater than 10 micrometers Field of View Large (up to 100 mm) ** Click image for more information ...   INFRARED FIZEAU INTERFEROMETRY     Method Specifications Example Sensitivity (No. of fringes per unit displacement) 200 to 400 lines/mm Contour Interval (displacement/fringe order) 2.5 to 5 micrometers Field of View Medium (5 to 45 mm) ** Click image for more information ...   TWYMAN/GREEN INTERFEROMETRY     Method Specifications Example Sensitivity (No. of fringes per unit displacement) 3.2 lines/micrometer Contour Interval (displacement/fringe order) .317 micrometers Field of View Small (less than 5 mm) ** Click image for more information ...     3-D STRUCTURAL MODELING     Method Specifications Example Problem formulation Temperature dependent and time dependent analysis Simulation type Simulation for accelerated thermal cycling condition ** Click image for more information ...   3-D THERMAL CONDUCTION MODELING     Method Specifications Example Problem formulation Convection coefficients are to be determined experimentally Simulation type Simulation for power cycling condition ** Click image for more information ...   3-D HEAT TRANSFER MODELING     Method Specifications Problem formulation Conjugate heat transfer solution Simulation type (under development)