Short CV for Lars Rosengren - bergkonsult.se
Short CV for Lars Rosengren - bergkonsult.se
Short CV for Lars Rosengren - bergkonsult.se
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Management of R&D progamme (Swedish National Rail Administration, 2003). Development of design<br />
requirements <strong>for</strong> the design of the Swedish underground repository <strong>for</strong> spent nuclear waste (SKB, 2003).<br />
Review of design documents <strong>for</strong> contract L2 at Götatunneln (Swedish National Road Administration, 2003).<br />
Coun<strong>se</strong>lling and review of bridge foundation at Svinesund (Tyréns, 2003). Numerical analy<strong>se</strong>s of accidental<br />
explosion loads in tunnels with regard to changes in strength and de<strong>for</strong>mation properties due to damage<br />
(Swedish National Road Administration, 2002). Review of procurement documents <strong>for</strong> the Malmö City Tunnel<br />
(Swedish National Rail Administration, 2002). Rock and tunnelling R&D program (Swedish National Rail<br />
Administration, 2002). Numerical modelling of foundation <strong>for</strong> the Svinesund bridge (Tyréns Infrakonsult, 2002).<br />
Coun<strong>se</strong>lling and numerical modelling of the load bearing system at the inter<strong>se</strong>ction between the Göta Tunnel and<br />
the Great Harbour Canal in Gothenburgh (2002, Tyréns Infrakonsult). Technical review of R&D reports<br />
concerning strategy <strong>for</strong> a rock mechanics site descriptive model (SKB, 2002). Numerical analy<strong>se</strong>s of dynamic<br />
loads in rock tunnels according to Tunnel 99 (Swedish National Road Administration, 2001). Development of<br />
general tunnel design regulations <strong>for</strong> railway tunnels (Swedish National Rail Administration, 2001). Numerical<br />
modelling of the inter<strong>se</strong>ction between the Göta Tunnel and the Great Harbour Canal in Gothenburgh (Petro<br />
Block AB, 2001) Technical evaluation of tender documentation <strong>for</strong> the Hallandsås project (Swedish National<br />
Rail Administration, 2000). Review of technical documentation and specifications included in the procurement<br />
document <strong>for</strong> the Hallandsås project (Swedish National Rail Administration, 2000). Development of design<br />
regulations <strong>for</strong> tunnels and civil structures <strong>for</strong> the City tunnel project (Swedish National Rail Administration,<br />
1999). Final review and quality assurance of rock and rein<strong>for</strong>cement works <strong>for</strong> railway tunnels and stations at<br />
Arlanda (A-Banan, 1998-1999). Coun<strong>se</strong>lling and review of “As built documentation” <strong>for</strong> railway tunnels and<br />
stations at Arlanda (Luftfartsverket, 1997-1998). Development and calibration of numerical model <strong>for</strong> dynamic<br />
analy<strong>se</strong>s of buried concrete structures subjected to explosion load at ground surface (Räddningsverket, 1998).<br />
Responsible <strong>for</strong> rock rein<strong>for</strong>cement design and specifications <strong>for</strong> 14 km of road tunnels and connected <strong>se</strong>rvice<br />
tunnels (in all 1 million m 3 ) of the Northern Link of the Stockholm Ringroad Project (Swedish National Road<br />
Administration, 1993-1997). Design of rock rein<strong>for</strong>cement at 1100 m depth in the Kristineberg Mine (Boliden<br />
Mineral AB, 1989-1992). Rein<strong>for</strong>cement design <strong>for</strong> a 8.5 km long railway tunnel at Hallandsås (1990-1992).<br />
Cour<strong>se</strong> on numerical modelling with the distinct element code UDEC (ABV Rock Group, Saudi Arabia, 1993).<br />
Coupled stress flow modelling within the DECOVALEX R&D project (SKB, 1992). Literature study and<br />
evaluation of different surface rein<strong>for</strong>cement methods (BeFo, 1990). Generic study of fracture mechanisms<br />
cau<strong>se</strong>d by tectonic stres<strong>se</strong>s (SKB, 1993). Distinct element modelling of the rock mass respon<strong>se</strong> to glaciation at<br />
Finnsjön, central Sweden (SKB, 1990 and 1992). Study of the dynamic interaction between tunnels due to<br />
explosive load (Stockholm´s Street and Traffic Administration, 1992). Rock mechanical studies of water <strong>se</strong>aled<br />
natrual gas storage at great depth (Swede Gas AB, 1990). Numerical analy<strong>se</strong>s of rock mass and rein<strong>for</strong>cement<br />
behaviour <strong>for</strong> an undergroud railway station at shallow depth (Viak AB, 1991). Development and analysis of<br />
rock support methodology <strong>for</strong> shallow caverns with large spans (FortF, 1993 and 1995). Development of rock<br />
mass classification ba<strong>se</strong>d on regression analy<strong>se</strong>s (BeFO, 1992). Numerical modelling of stress distribution and<br />
joint behaviour around the ventilation drift at Stripa mine (Clay Technology, 1989). Studies to investigate<br />
stability of an alternative scheme <strong>for</strong> nuclear waste storage (SKB, 1987). Comparison between Gurit and reduced<br />
ANFO <strong>for</strong> contour blasting in the Laisvall mine (M.Sc. Thesis, University of Luleå, 1986).<br />
Publications and reports<br />
The author of more than 60 papers, publications and reports (national and international).<br />
Professional Societies<br />
The International Society of Rock Mechanics.<br />
Languages<br />
Swedish, English and some German.