id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
app01-8287	Nagy, Balázs; Marosvölgyi, Martin; Szalay, Zsuzsa	Comparison of thermal bridge calculation methods	2022	7	.pdf	application/pdf	4595	214	49	Comparison of heat transfer coefficients: 1) simplified calculation, 2) MSZ EN ISO 14683, 3) Thermal bridge catalogue, 4) steady-state and 0 % RH, 5) steady-state and 50 % RH, 6) steady-state HAM, 7) dynamic, with effect of radiation and 0 % RH, 8) dynamic with solar radiation, 50 % RH, 9) dynamic without solar radiation and 0 % RH, 10) dynamic, without solar radiation and 50 % RH. linear heat transfer coefficients is the lowest for the simplified method, almost 50 % below the average of the other methods. 38/2022 Comparison of thermal bridge calculation methods Building envelope components U-values (with thermal bridge effect)	cache/app01-8287.pdf	txt/app01-8287.txt