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Fiber detail measurement

Fiber width measurement

Detailed fiber angle measurement

Detailed measurement of fiber dispersion

Mesh generation for finite element analysis

fiber measurement　TRI/3D-FBR catalog pdf Based on the μX-ray CT image of the 3D structure, this software is able to detect the fibers, glass fibers,3D measurement of local orientation, anisotropy, dispersibility, etc. of anisotropic structures. This software works as an option of TRI/3D-VOL.BON. The fiber detail measurement option (DT2) separates overlapping fibers and measures the length and orientation direction of each fiber. Results are output to an Excel readable tabular file for each fiber. Main function Anisotropic material particle extraction Anisotropic material particle extraction Local orientation of anisotropic materials, measurement of orientation direction Degree of anisotropy measurement Local cohesion measurements of anisotropic materials Measurement item (DT2Option) Length of each fiber Fiber start point, end point, weight position(X,Y,Z) Orientation direction Angle with Z axis θ angle with X-axis Φ Input item X-ray CT image Transmission electron microscope CT image 2D image SEM image Microscopic image Output item Angle formed with Z direction of anisotropic materialθ angle with x directionΦ of change This represents the local 3D orientation direction of the material. θ=180° the material is locally oriented horizontally. θ=0°   the material is locally oriented horizontally. 「θ、Φ」Image display with color-coded display of the angle of The 3D image displays the local orientation direction and degree of orientation of the material in different colors. μ X-ray CT image red analysis area 1 mm square Mechanical strength Reinforcement fiber running