Analysis of the Behavior of Glass Claddings

Rykalová, Eva; Fabian, Radek

doi:10.4028/www.scientific.net/amr.649.41

Cited by 6 publications

(5 citation statements)

References 2 publications

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“…The method of active thermography, which is based on the controlled simulation of the thermal wave in the body and the temperature distribution is subsequently scanned by infrared thermocamera, was used to detect defects in building structures. The defects of different building materials are possible to examine by this method [2,3]. Halogen lamp -1500W, UV Lamp -80W, infrared lamp -1300W were used as an excitation sources in our case (see Fig.…”

Section: The Methods and Devices Used For Measurementmentioning

confidence: 99%

Non-Destructive Defectoscopy of Building Structures by Pulsed Thermography

Peřina

Fabian

Wolfová

et al. 2015

AMR

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At present there are many diagnostic methods for the detection of different defects in building structures. Destructive methods, which do not enable purposeful redevelopment action or a potential cause prediction of the defect without damage to the structure, are mostly used. Pulsed thermography consists in rapid (pulse) external or internal heating of the element and the subsequent evaluation of the temperature field on the surface of the element with the thermal imaging camera. A pulse method is divided into the reflective and passes according to the arrangement of the heating source, object and thermal imaging camera. The surface temperature is changing rapidly, driven by pulse stimulation due to scattering of thermal wave, radiation and convection. The paper focuses on the possibility of using pulsed thermography in the detection of various defects in building constructions.

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Section: The Methods and Devices Used For Measurementmentioning

confidence: 99%

Non-Destructive Defectoscopy of Building Structures by Pulsed Thermography

Peřina

Fabian

Wolfová

et al. 2015

AMR

Self Cite

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“…2 Infra wave lamp as excitation source and infrared thermocamera FLIR ® ThermaCAM SC 640 Thermography is also widely used for defect analysis and process optimization in metallurgy [2]. Disorders of various building materials can be investigated by this method [3,4,5].…”

Section: The Principle Of Evaluation Of the Amplitude And Phase For L...mentioning

confidence: 99%

Non-Destructive Defectoscopy of Building Structures by Lock-In Thermography

Peřina

Fabian

Wolfová

et al. 2015

AMR

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Nowadays there are many diagnostic methods for the detection of different defects in building structures. Destructive methods, which do not enable purposeful redevelopment action or a potential cause prediction of the defect without damage to the structure, are mostly used. Lock-in thermography is based on the modulation of the controlled heat flow, which impact on the diagnosed object. Heat (usually sinusoidal) wave penetrates inside the element and in the place of environmental change, ie. anomalies / deviations in the structure of the material of the tested object are reflected back to the surface. The paper focuses on the possibility of using lock-in thermography in the detection of various defects in building structures.

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“…Load-bearing steel elements commonly used in building constructions must withstand fire exposure for the prescribed time. Columns of rolled steel I-profiles are exposed to fire from four sides [1,2]. Cladding, spraying or coating are most commonly used to improve the fire resistance.…”

Section: Introductionmentioning

confidence: 99%

Economic Comparison of Fire Fighting Measures of Gypsum-Based Materials

Halirova

Radek

Sevcikova

et al. 2016

AMM

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Fire resistance of building structures is important not only in terms of prevention of hazards to human health, but also from the economic point of view. The choice of method of fire protection of steel structures depends on the responsible choice of finish or cladding material and suitable technology implementation. Although the assessment of fire risk is a priority, when selecting the decisive criteria we must not also forget the cost of fire protection measures. This article aims at economic comparison of the two fire protection measures for the steel column of rolled profiles.

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Analysis of the Behavior of Glass Claddings

Cited by 6 publications

References 2 publications

Non-Destructive Defectoscopy of Building Structures by Pulsed Thermography

Non-Destructive Defectoscopy of Building Structures by Pulsed Thermography

Non-Destructive Defectoscopy of Building Structures by Lock-In Thermography

Economic Comparison of Fire Fighting Measures of Gypsum-Based Materials

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