Faculty of Mechanical and Power Engineering ► Department of Energy Conversion Engineering

assoc. professor Jacek Kasperski, PhD DSc


L-1, room 306, phone: 71-320-4820, mail: jacek.kasperski@pwr.edu.pl

  research area :

Refrigeration: refrigerants, solutions, absorption refrigerators, ejectors, thermoelectric,
      heat pumps, throttling processes, heat recovery,
      gravitational and centrifugal processes in refrigerators
Renewable energy: solar radiation, modelling, statistics, solar thermal, concentrators,
      air collectors, solar driven refrigerators and air-conditioners, thermoelectric  gener.
Buildings: low-energy, passive, heat recovery, thermal insulation, air heating,
      self-sufficiency, thermal storage, cold storage, unsteady heat transfer,
Others: mathematical modelling, software creation, visualization of 2D and 3D graphic,
      experimental investigation, experiment design, thermographic,
      experimental set-up creation, science popularization, innovation

PL        EN 

 

  papers :

top papers:

Energy, Volume and Cost Analyses of High Temperature Seasonal Thermal Storage for Plus Energy House Energies 2023, link

IF 3.252
A Simulation of a Sustainable Plus-Energy House in Poland Equipped with a Photovoltaic Powered Seasonal ... Sustainability 2023, link

IF 3.889
Optimization of useful daylight illuminance for vertical shading fins covered by photovoltaic ... Buildings 2021, link

IF 3.324
Application of thermal storage in over-night refrigeration of an institutional building Solar Energy 2021, link

IF 4.608
The thermal conductivity of 3D printed plastic insulation materials - the effect of optimizing the regular ... Materials 2020, link

IF 3.057
Development and Results from Application of PCM-Based Storage Tanks in a Solar Thermal Comfort System ... Energies 2020, link

IF 2.702
Sustainable integration of a solar heating system into a single-family house in the climate of Central Europe Sustainability 2019, link

IF 2.592
Efficiency evaluation of the ejector cooling cycle using a new generation of HFO/HCFO refrigerant as R134a ... Energies 2018, link IF 3.045
Modeling of thermal properties of thermal insulation layered with transparent, opaque and reflective film Journal of Thermal Science 2018, link IF 0.678
Effect of plastic film transmittance on heat transfer of a multi-layer structure of insulation ... Int. Journal of Refrigeration 2018, link IF 2.779
Validation of a new concept of a solar air heating system with a long-term granite storage bed for a single... Applied Energy 2018, link

IF 7.182
Performance estimation of ejector cycles using ethers and fluorinated ethers as refrigerants Applied Thermal Engineering 2018, link IF 3.634
Thermo-hydraulic analysis of heat storage filled with the ceramic bricks dedicated to the solar air heating... Materials 2017, link IF 2.654
Experimental investigation of concentrated solar air-heater with internal multiple-fin array Renewable Energy 2016, link

IF 3.404
Optimizing the thermal effectiveness of an insulation wrap with internal folded polypropylene film for the ...  Int. Journal of Refrigeration 2016,link

IF 2.291
Efficiency analysis of alternative refrigerants for ejector cooling cycles Energy Conversion and Management 2015, link IF 4.801
Performance estimation of ejector cycles using heavier hydrocarbon refrigerants Applied Thermal Engineering 2014, link IF 2.624
Investigation of thermo-hydraulic performance of concentrated solar air-heater with internal multiple-fin array Applied Thermal Engineering 2013, link IF 2.624
Ammonia-water absorption cycle on three-dimensional graphs – The Absorption 3D tool software Int. Journal of Refrigeration 2012, link IF 1.793
Rotational type of a gravitational ejector refrigerator – a system balance of the refrigerant analysis Int. Journal of Refrigeration 2010, link IF 1.439
Two kinds of gravitational ejector refrigerator stimulation Applied Thermal Engineering 2009, link IF 1.922
Mathematical model of thermal and mass equilibrium in an installation of a gravitational ejector refrigerator Chemical and Process Engineering 2008 IF 0.199
Isentropic efficiency of a high-rotation speed refrigerating ejector Chemical and Process Engineering 2008 IF 0.199

total 146 papers, H-index 9, see Scopus about me
ORCID ID 0000-0001-5975-9941

  computer software :

english version: ABSORPTION 3D tool - ammonia+water absorption calculator
polish version: CAPILLARUS - throttling device calculator,  SOLARSYM - solar radiation simulation,   ABSORPCJA 3D - ammonia+water absorpction calculator,
     AKUFILBET - cooling ceil calculator

  education: 

D.Sc. - (habilitation) - Wroclaw University of Technology,  Faculty of Mechanical and Power Engineering, 2010,
                 monograph title: Selected issues of the ejector refrigerator working condition with the consideration of gravitational forces (in translation)
Ph.D. - Wroclaw University of Technology, Institute of Power Engineering and Fluid Mechanics, 1995,
                 doctoral thesis: Two-phase flow of refrigerant solution inside throttling device of compressor refrigeration machine (in translation)
M.Sc. - Wroclaw University of Technology, Faculty of Mechanical and Power Engineering, Refrigeration Specialty, 1987,

  guest researcher of:

- 2013 - SFERA Project, Plataforma Solar de Almeria, Hiszpania

updated 15 June 2023