2018Unpublished venueRequires access

Infrared Thermography for Assessing Thermal Bridges and Humidity in Lebanese Building Components

Bechara Nehme, Jad Jelwan, Roy Youssef, Barbar Zeghondy

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Abstract

This paper examine the thermal bridges and humidity in building components. Thermal performance of the building envelope is assessed using an infrared thermography technique. The objective of this test is to identify and qualify the flaws which might occurs during the construction period and the imperfections of the finishing materials used in Lebanon. Experimental results and numerical simulations have been performed using a building located in Jran-Batroun north Lebanon.

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What this paper is about

This paper examine the thermal bridges and humidity in building components. Thermal performance of the building envelope is assessed using an infrared thermography technique. The objective of this test is to identify and qualify the flaws which might occurs during the construction period and the imperfections of the finishing materials used in Lebanon. Experimental results and numerical simulations have been performed using a building located in Jran-Batroun north Lebanon.

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OpenAlex reports 1 citations for this work. Citation counts describe recorded attention and do not establish research quality.

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Available abstract

This paper examine the thermal bridges and humidity in building components. Thermal performance of the building envelope is assessed using an infrared thermography technique. The objective of this test is to identify and qualify the flaws which might occurs during the construction period and the imperfections of the finishing materials used in Lebanon. Experimental results and numerical simulations have been performed using a building located in Jran-Batroun north Lebanon.

Key concepts: Thermography, Building envelope, Infrared, Humidity, Thermal, Envelope (radar), Structural engineering, Thermal comfort

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