University of Tokyo, Professor Mae, Case Study on the Use of FLIR Thermal Imaging Cameras

The former associate professor has been using FLIR thermal imaging cameras since around 2010 to visually evaluate the insulation and airtightness of houses.

Introduction of a Case Study from the University of Tokyo on Visualizing Thermal Environments ーーーー Associate Professor Masayuki Mae of the Department of Architecture, Faculty of Engineering at the University of Tokyo, has been pursuing the true form of eco-houses since 2008, engaging in a wide range of research themes including air conditioning, ventilation, hot water supply, and the use of natural light. He believes that "a house with high insulation and airtightness, without temperature variations between the head and feet," is the condition for a highly comfortable eco-house. By using a thermal imaging camera, areas with insulation defects can be identified by color differences, allowing for verification of whether the construction can perform as intended, and similarly, airtightness can also be confirmed. Since around 2010, Associate Professor Mae has been using FLIR Systems' thermal imaging cameras to visually evaluate the insulation and airtightness of houses. He states about the FLIR thermal imaging camera, "I was impressed the first time I used it. Using thermal images makes the differences in comfort immediately clear," and adds, "It makes it easier for the general public, who may not have expertise in architecture, to understand the importance of the thermal environment in their homes." ーーーー We also introduce techniques for utilizing thermal imaging cameras. Please take a moment to read it.

Thermography