Follow
Sara Eicher
Sara Eicher
Senior Researcher, HES-SO HEIG-VD
Verified email at heig-vd.ch - Homepage
Title
Cited by
Cited by
Year
Solar and heat pump systems for residential buildings
JC Hadorn
John Wiley & Sons, 2015
972015
Determination of specific heat of milk at different fat content between 1 C and 59 C using micro DSC
J Hu, O Sari, S Eicher, AR Rakotozanakajy
Journal of food engineering 90 (3), 395-399, 2009
632009
Life cycle impact assessment of a solar assisted heat pump for domestic hot water production and space heating
S Eicher, C Hildbrand, A Kleijer, J Bony, M Bunea, S Citherlet
Energy Procedia 48, 813-818, 2014
312014
Definition of main system boundaries and performance figures for reporting on SHP systems
I Malenkovic, S Eicher, J Bony
IEA-SHC Task44 Subtask B, 2012
282012
Mathematical modelling of unglazed solar collectors under extreme operating conditions
M Bunea, B Perers, S Eicher, C Hildbrand, J Bony, S Citherlet
Solar Energy 118, 547-561, 2015
242015
Solar assisted heat pump for domestic hot water production
S Eicher, C Hildbrand, J Bony, M Bunea, JC Hadorn, S Citherlet
Energy Procedia 30, 571-579, 2012
222012
Performance of solar collectors under low temperature conditions: Measurements and simulations results
M Bunea, S Eicher, C Hildbrand, J Bony, B Perers, S Citherlet
Eurosun 2012: ISES-Europe Solar Conference, 2012
192012
Thermo-physical and flow properties of CO2 hydrate slurry
O Sari, J Hu, S Eicher, PW Egolf, P Homsy
122008
Analyse des performances de la climatisation solaire par adsorption et potentiel pour la Suisse
S Citherlet, C Hildbrand, J Bony, A Kleijer, M Bunea, S Eicher
Rapport final, Projet SOLCOOL HEIG-VD, 218, 2011
112011
The application of a two-dimensional zone model to the design and control of a continuously operated, gas-fired furnace
SAC Correia, J Ward
ASME International Mechanical Engineering Congress and Exposition 36525, 29-35, 2002
92002
Numerical prediction of the transient operation of a gas-fired reheating furnace
SAC Correia, J Ward, JLVA Sousa
ASME International Mechanical Engineering Congress and Exposition 19111, 87-94, 2000
92000
The application of multi-zone thermal radiation models to investigate the energy efficiency of a metal reheating furnace under start up conditions
J Ward, SAC Correia, JLVA Sousa
ASME International Mechanical Engineering Congress and Exposition 16509, 621-626, 1999
91999
Analysis of a medium temperature solar thermal installation with heat storage for industrial applications
M Bunea, C Hildbrand, A Duret, S Eicher, L Péclat, S Citherlet
Energy Procedia 91, 601-610, 2016
82016
Application of multi-zone two-dimensional thermal radiation models for control of a metal reheating furnace under transient conditions
SAC CORREIA, J WARD, JLV SOUSA
3rd European thermal sciences conference (Heidelberg, 10-13 September 2000 …, 2000
72000
Definiton of Main System Boundaries and Performance Figures for Reporting on SHP Systems-A technical report of Subtask B
I Malenkovic, S Eicher, J Bony
IEA SHC Task44/HPP Annex 38, 2012
52012
Development of improved mathematical models for the design and control of gas-fired furnaces
SAC Correia
PQDT-Global, 2001
42001
Solar thermal systems for the swiss pharmaceutical industry sector
M Guillaume, G Wagner, X Jobard, S Eicher, S Citherlet
Proceedings of the ISES Solar World Congress 2019 and IEA SHC International …, 2019
32019
Drainback solar thermal systems in Switzerland: market overview and main barriers
S Eicher, M Bunea, M Guillaume, J Bony, S Citherlet
Proceedings of EuroSun 2018, 10-13 September 2018, Rapperswill, Switzerland, 2018
22018
The use of permeable refractory linings for enhancement of the thermal performance of a high-temperature furnace
J Ward, RJ Tucker, SAC Correia, J Rhine
Journal of the Energy Institute 78 (1), 11-17, 2005
22005
Comparison of the predictions from a range of multi-zone mathematical models of a continuously operated metal reheating furnace
SAC Correia, J Ward, J Sousa
International Heat Transfer Conference Digital Library, 2002
22002
The system can't perform the operation now. Try again later.
Articles 1–20