NONDESTRUCTIVE AND MULTISCALE 3D CHARACTERIZATION OF STRUCTURE, DAMAGE, AND EVOLUTION IN CONSTRUCTION MATERIALS — ICTMS Committee Dep of Applied Maths Australian National University

NONDESTRUCTIVE AND MULTISCALE 3D CHARACTERIZATION OF STRUCTURE, DAMAGE, AND EVOLUTION IN CONSTRUCTION MATERIALS (100)

William Harris 1 , Stephen T Kelly 1 , Alisa Stratulat 1
  1. Carl Zeiss Microscopy, Pleasanton, CALIFORNIA, United States

Lab-based X-ray microscopy is applied to the 3D characterization of cementitious building materials.  A combination of hardware and software advances, including a new iterative reconstruction approach, are used to improve imaging throughput for fast, high resolution scanning of the interior of dense samples.  Results on samples ranging from 8 inches to several mm are presented and used to demonstrate the multiscale quantification approach.

 

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