Forskarpresentation

Mats Sandberg

Mats Sandberg forskar bl a om ventilation av skolsalar, industribyggnader och städer.

Forskarpresentation

Mats Sandberg

Professor

Forskningsämne: Energisystem

Indoor and Urban Environment with focus on Climate and Ventilation

AKTUELL FORSKNING

  • Energy conservation in churches
  • Pressure pulse technique for measuring tightness of historical buildings
  • Fundamental studies of natural ventilation
  • Urban Net
  • Ventilation of Compact cities
  • City Vent-A Theory of Ventilation of a Dense and High-Rise City by Wind and Buoyancy Forces

LÄS MER OM

Date of Birth September 9, 1945

Research

For about 30 years I have been involved in research on ventilation of buildings, indoor climate, heat and mass transfer within rooms and buildings, thermal comfort and air quality. Since about 10 years I am involved in research on the wind environment in urban areas, wind driven ventilation of vehicle tunnels and ventilation of cities.
I have carried out basic research on the ventilation process in flows with a strong recirculation (contaminants are coming back) and introduced concepts and indices for describing and quantifying the ventilation process (ventilation effectiveness, air-change efficiency, mean age of air, purging flow rate). The concepts and standards are included in standards worldwide. I have contributed to the development of new air distribution principles and ventilation principles, warm air systems, displacement ventilation, rapidly varying flow rates and hybrid ventilation. Within measurement technique I have contributed to the development of tracer gas technique for recording ventilation flow rates and distribution of air, new whole field measuring techniques (absorption tomography and particle streak velocimetry) for room air application.
Within cooling technology I have been involved in research on cooling in rooms by chilled beams and cooling of building integrated solar cells.
Within the field of ventilation of cities my research has shown the strong influence of the overall shape of cities and building area density on ventilation of cities.

Academic Degrees

Ph.D (Eng), KTH, 1984

Academic Appointments

Visiting Professor University of Hong Kong2006
Visiting Professor University of Aalborg, Denmark2004
Visiting Professor Technical University of Denmark,
International Centre for Indoor Environment and Energy2001
Professor HiG Indoor Environment1994
Professor KTH Fluid Mechanics in the field of Installations1990

Advisor ship for Graduate Students

7 have completed a PhD degree, 5 have completed a Licentiate degree, 4 are presently advised

  • Taghi Karimipanah 1996 (dr.)
  • Valentino Todde 1998 (lic.)
  • Magnus Mattsson 1999 (dr.)
  • Ulf Larsson 2000 (lic.)
  • Peter Hansson 1999 (lic.) 2003 (dr)
  • Tobias Törnström (co-advisor) 2003 (lic.)
  • Håkan Nilsson 2004 (dr)
  • Hans Wigö 2006 (dr.)
  • Mathias Cehlin 2006 (dr.)
  • Claes Blomqvist 2005 (lic.) 2009 (dr)

Committee Affiliations

Scientific Advisory Committee of: IAQVEC 2007 Japan, Indoor Air in China 2005, Roomvent2002 in Denmark, Roomvent2000 in UK, Roomvent´98 in Stockholm, Roomvent´96 in Tokyo, Roomvent´94 in Krakow, Roomvent´92 in Aaalborg, Roomvent´90 Oslo and Roomvent ´87 in Stockholm

Invited Lectures

Been invited to give keynote lectures at international conferences in Australia, Denmark, Finland, Germany, Hong-Kong , Italy, Japan, Poland and USA.

Awards

John Rydberg Gold Medal for outstanding contributions to the advancement of ventilation and air distribution in rooms 2000.
International Honorary Membership of The Society of Heating, Air-Conditioning and Sanitary Engineering of Japan 2009

Editorial Activities

The International Journal of Ventilation
Building Services Engineering Research & Technology
Building and Environment

Referee

Referee for several journals e.g. The Journal of Fluid Mechanics and Indoor Air

Publications

I have published more than 200 journal papers and conference papers and I am co-author of a more than a 700 pages reference book.

International Cooperation

Has been participating in many projects within the framework of IEA and EU
Participate in COST Action 732 Quality Assurance and Improvements of Micro scale Meteorological Models

Publicerad av: Camilla Haglund Sidansvarig: Gunilla Mårtensson Sidan uppdaterades: 2020-03-04
Högskolan i Gävle
www.hig.se
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026-64 85 00 (växel)