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An innovative method for 3-D shape, strain and temperature full-field measurement using a single type of camera: Principle and preliminary results

机译:使用一种类型的摄像机进行3-D形状,应变和温度全场测量的创新方法:原理和初步结果

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摘要

An innovative technique for measuring both the shape, the displacement, the strain and the temperature fields at the surface of an object using a single stereovision sensor is proposed. The sensor is based on two off-the-shelf low-cost high-resolution uncooled CCD cameras. To allow both dimensional and thermal measurements, the sensor operates in the visible and near infrared (NIR) spectral band (0.7-1.1 mu m), and a radiometric and geometric calibration of the sensor is required. This technique leads to a low-cost camera-based simplified instrumentation that gives simultaneously dimensional/kinematical and thermal field measurements.
机译:提出了一种创新的技术,可使用单个立体视觉传感器测量物体表面的形状,位移,应变和温度场。该传感器基于两个现成的低成本高分辨率非制冷CCD相机。为了同时进行尺寸和热测量,传感器在可见和近红外(NIR)光谱带(0.7-1.1μm)中运行,并且需要对传感器进行辐射度和几何校准。该技术导致了一种低成本的基于相机的简化仪器,可同时进行尺寸/运动和热场测量。

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