Luleå University 
of Technology (LUT)

Department of Civil and Mining Engineering
Division of Structural Engineering


Brief profile

Luleå University of Technology is the most northern university in Sweden. Within the Faculty of Engineering and the Faculty of Arts and Sciences the university provides education in the spheres of engineering, social sciences, humanities, teaching, health sciences, music, media education, and drama. About 10,000 students are presently enrolled and the university employs a staff of approximately 1,350. Besides the main campus in Luleå, campuses are located in Piteå, Kiruna, Boden and Skellefteå. An important sector of research is civil engineering under arctic conditions. Together with the usual courses on mathematics and computer science, engineering courses are given on Arctic Engineering and snow.

LUT's Department of Civil and Mining Engineering has 7 divisions and a well equipped laboratory. It employs at present approximately 80 staff members committed to research and education in the areas of construction management, rock, structural and soil mechanics, mining and structural engineering, steel structures.

The department's Division of Structural Engineering was established in 1977 and is involved in research and education on efficient and effective design, production and maintenance of structures. The division's education activities comprise two undergraduate programs, a civil engineering program leading to the Master of Science degree and shorter Bachelor of Science program focused on project management, environment and information technology in building industry.
 

Mounting of an ice load cell (jpeg image - 20 KB) Ice load measurement cell (jpeg image - 9 KB)
 
Mounting of an ice load panel in a workshop of LUT's laboratories (left) and detailed view of an ice load cell (right) embedded in the panel.
 
Images courtesy of Lennart Fransson, LUT
LUT developed the load sensors and panels for ice force measurements have been developed and installed at Lighthouse Norstrømsgrund within the LOLEIF project which will be maintained and used also in this project. These panels withstand ice, low temperatures and sea water. Each panel was designed for a load of 200 tonnes and was calibrated at the university's laboratory. Seven panels were installed at the lighthouse in November 1998 covering half the ice contact area. The recording of ice forces for the 1998 winter and spring seasons started in February 1999 with thin and cold ice and continued until May 1999. The measurements were continued in approximately the same period for the 1999/2000 seasons.
 

Involvement in and contributions to the STRICE project

LUT contributes to the work packages End user workshop (WP 1), Load spectra (WP 2), Ice - structure contact processes (WP 3), Measurement of ice forces and ice force effecting parameters (WP 4.1), Determination of ice mechanical properties Part I: Field tests (WP 4.2), Determination of ice mechanical properties - Part II: Laboratory tests (WP 4.3), Recommendations towards codes (WP 7) and Reporting and dissemination of results (WP 9).
 

Contacts
 
Luleå University
of Technology (LUT)

S-97187 Luleå
Sweden
 
 
Tel.: +46 920 91 - 000
Fax.: +46 920 91 - 399
WWW: http://www.luth.se
 

For information regarding 
LUT's participation in 
the STRICE project: 

Dr. Lennart Fransson
Department of Civil and Mining Engineering
Division of Structural Engineering
Tel.: +46 920 49 11 02
Email: lennart.fransson@ce.luth.se

Ulf Stenman
Scientist at Department of Civil and Mining Engineering
Division of Structural Engineering
Tel.: +46 920 49 11 87
Email: ulf.stenman@ce.luth.se

Please visit also the web sites of LUT, of the university's Department of Civil and Mining Engineering
and of it's Division of Structural Engineering for further information.
 
 
Back to the project's home page Last update: 2002-12-02

Revision 1.2.0

Copyright © of this page:
The STRICE Project Consortium  - all rights reserved,
in compliance with applicable terms and conditions for
European Commission Research and Development Projects
and agreements within the STRICE Project Consortium.
STRICE Deliverable
No D-8.2.A