The integration of three-dimensional (3D) data with infrared thermography has received much attention for its potential use as input data for building energy simulations. Therefore, researchers have proposed methods to integrate 3D data with infrared thermography obtained by different sensors. These studies show the potential of the integration of 3D data and infrared thermography using various...

The thermal models of human organs for normal, as well malignant tissues, can be used generating information detecting and analyzing tumors. Thermography suffers from the issues accuracy specificity. This is due to non-availability complete body benign disorders. study patterns in disorders will useful improving specificity sensitivity existing thermographic techniques detection cancer. We have...

Technological assessments of the neuromuscular applications of thermography have been prepared recently by various organizations, including the American Medical Association (AMA), the Joint Council of State Neurosurgical Societies of the American Association of Neurological Surgeons and the Congress of Neurological Surgeons, the Office of Health Technology Assessment of the U.S. Department of H...

Fibrosis following breast radiotherapy for mammary cancer is a frequent undesired effect with objective (esthetic) and subjective (pain) consequences. Forty-four patients with clinical radiofibrosis following conservative treatment of breast cancer were evaluated for the local antifibrosis effect of copper zinc superoxide dismutase [SOD(Cu/Zn)]. Extracted SOD(Cu/Zn) in a concentration of 3,600 ...

In this article, optical excitation thermographic techniques, including pulsed thermography and lock-in thermography, were used to detect foreign object defect (FOD) and delamination in CFRP. Then, vibrothermography as an ultrasonic excitation technique was used to detect these defects for the comparative purposes. Different image processing methods, including cold image subtraction (CIS), prin...