Investigation of thermal properties of different insulating and building materials.
Reducing the energy loss of buildings by thermal insulation.
research field in which current research is conducted
mechanical engineering material sciences
Publications
2020
from data base, 2021. XI. 12.
Ákos Lakatos: Investigation of the thermal insulation performance of fibrous aerogel samples under various hygrothermal environment: laboratory tests completed with calculations and theory, ENERGY AND BUILDINGS 214: 109902 type of document: Journal paper/Article number of independent citations: 12 language: English URL
2019
from data base, 2021. XI. 12.
Berardi Umberto, Ákos Lakatos: Thermal Bridges of Metal Fasteners for Aerogel-enhanced Blankets, ENERGY AND BUILDINGS 185: pp. 307-315. type of document: Journal paper/Article number of independent citations: 18 language: English URL
2019
from data base, 2021. XI. 12.
Lakatos Ákos: Stability investigations of the thermal insulating performance of aerogel blanket, ENERGY AND BUILDINGS 185: pp. 103-111. type of document: Journal paper/Article number of independent citations: 20 language: English URL
2018
from data base, 2021. XI. 12.
Ákos Lakatos: Thermal Conductivity of Insulations Approached from a New Aspect, JOURNAL OF THERMAL ANALYSIS AND CALORIMETRY 133: (1) pp. 329-335. type of document: Journal paper/Article number of independent citations: 8 language: English URL
2017
from data base, 2021. XI. 12.
Ákos Lakatos: Comprehensive Thermal Transmittance Investigations Carried out on Opaque Aerogel Insulation Blanket, MATERIALS AND STRUCTURES 50: (1) UNSP 2 type of document: Journal paper/Article number of independent citations: 27 language: English URL
2017
from data base, 2021. XI. 12.
Lakatos Ákos: Investigation of the moisture induced degradation of the thermal properties of Aerogel blankets: measurements, calculations, simulations, ENERGY AND BUILDINGS 139: pp. 506-516. type of document: Journal paper/Article number of independent citations: 49 language: English URL
2016
from data base, 2021. XI. 12.
Lakatos Ákos: Moisture induced changes in the building physics parameters of insulation materials, SCIENCE AND TECHNOLOGY FOR THE BUILT ENVIRONMENT 22: (3) pp. 252-260. type of document: Journal paper/Article number of independent citations: 19 language: English URL
2015
from data base, 2021. XI. 12.
Ákos Lakatos, Imre Csáky, Ferenc Kalmár: Thermal conductivity measurements with different methods: a procedure for the estimation of the retardation time, MATERIALS AND STRUCTURES 48: (5) pp. 1343-1353. type of document: Journal paper/Article number of independent citations: 13 language: English URL
2014
from data base, 2021. XI. 12.
Verbai Zoltán, Lakatos Ákos, Kalmár Ferenc: Prediction of energy demand for heating of residential buildings using variable degree day, ENERGY 76: pp. 780-787. type of document: Journal paper/Article number of independent citations: 44 language: English URL
2013
from data base, 2021. XI. 12.
Akos Lakatos, Ferenc Kalmár: Investigation of thickness and density dependence of thermal conductivity of Expanded Polystyrene insulation materials, MATERIALS AND STRUCTURES 46: (7) pp. 1101-1105. type of document: Journal paper/Article number of independent citations: 48 language: English URL
Number of independent citations to these publications:
number of independent citations to scientific publications and creative works:
The number of citations displayed after clicking on the link may differ from the displayed number because the former displays the current state of MTMT2 and the latter was the case when importing science metrics.
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