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Matthias Haase
Matthias Haase
ZHAW Zurich University of Applied Sciences
Bestätigte E-Mail-Adresse bei zhaw.ch
Titel
Zitiert von
Zitiert von
Jahr
An investigation of the potential for natural ventilation and building orientation to achieve thermal comfort in warm and humid climates
M Haase, A Amato
Solar energy 83 (3), 389-399, 2009
2312009
Optimizing the configuration of a façade module for office buildings by means of integrated thermal and lighting simulations in a total energy perspective
F Goia, M Haase, M Perino
Applied energy 108, 515-527, 2013
2182013
A numerical model to evaluate the thermal behaviour of PCM glazing system configurations
F Goia, M Perino, M Haase
Energy and Buildings 54, 141-153, 2012
1452012
Simulation of ventilated facades in hot and humid climates
M Haase, FM Da Silva, A Amato
Energy and buildings 41 (4), 361-373, 2009
1442009
A net zero emission concept analysis of a single-family house
AH Wiberg, L Georges, TH Dokka, M Haase, B Time, AG Lien, ...
Energy and buildings 74, 101-110, 2014
1302014
Life cycle emissions analysis of two nZEB concepts
L Georges, M Haase, A Houlihan Wiberg, T Kristjansdottir, B Risholt
Building Research & Information 43 (1), 82-93, 2015
1042015
Double-skin facades for Hong Kong
M Haase
香港大學, 2008
572008
Sustainable façade design for zero energy buildings in the tropics
M Haase, A Amato
Proceedings of The 23rd Conference on Passive and Low Energy Architecture …, 2006
452006
A zero emission concept analysis of a single family house
TH Dokka, AAM Houlihan Wiberg, L Georges, SE Mellegård, B Time, ...
SINTEF Academic Press, 2013
332013
A zero emission concept analysis of an office building
TH Dokka, TF Kristjansdottir, B Time, SE Mellegård, M Haase, J Tønnesen
SINTEF academic press, 2013
262013
Kriterier for passivhus-og lavenergibygg–Yrkesbygg
TH Dokka, M Klinski, M Haase, M Mysen
SINTEF Byggforsk, 2009
262009
Building augmented wind turbines-BAWT: Integrated solutions and technologies of small wind turbines
M Haase, E Löfström
SINTEF Academic Press, 2015
202015
A study of the effectiveness of different control strategies in double skin facades in warm and humid climates
M Haase, A Amato
Journal of Building Performance Simulation 2 (3), 179-187, 2009
172009
State of the art on sustainability assessment of Positive Energy Districts: methodologies, indicators and future perspectives
F Guarino, A Bisello, D Frieden, J Bastos, A Brunetti, M Cellura, M Ferraro, ...
Sustainability in Energy and Buildings 2021, 479-492, 2022
162022
Energy master planning: identifying framing constraints that scope your technology options
TR Sharp, A Zhivov, M Haase, J Rose
ASHRAE Transactions 126 (1), 2020
152020
Optimized facade design-Energy efficiency, comfort and daylight in early design phase
M Haase, S Grynning
Energy Procedia 132, 484-489, 2017
152017
Design considerations for double-skin facades in hot and humid climates
M Haase, A Amato
Energy Systems Laboratory (http://esl. tamu. edu), 2006
152006
Ventilated facade design for hot and humid climates
M Haase, A Amato
Energy Systems Laboratory (http://esl. tamu. edu), 2006
142006
Process of energy master planning of resilient communities for comfort and energy solutions in districts
M Haase, R Lohse
IOP conference series: earth and environmental science 352 (1), 012019, 2019
122019
Development of a double-skin façade system that combines airflow windows with solar chimneys
M Haase, A Amato
Sustainable Building (SB05), 2005
122005
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