Swiss national Research study: AGB1 "The traffic system road and its structures", TP107 Risk and reliability of existing structures and TP110 risk related to construction work, TP105 Scenarios for development of hazards.
Risk analyses for road tunnels in Finland. Evaluation of design concept in relation to operational risk and evaluation of relevant safety measures
Risk analyses for road tunnels. Evaluation of design concept in
relation to operational risk and evaluation of relevant safety
measures
Fire impact and protection investigations for a tunnel in Norway
Fire studies of structures of a large railway tunnel in
Switzerland. Fire studies of secondary structures, joints and pipes.
Safety concept studies for a Metro line
Risk analyses for 2 inner-city road and service tunnels.
Evaluation of design concept in relation to operational risk and
evaluation of relevant safety measures
Risk analysis of a tunnel on in Norway. The analyses comprise
benchmarking, qualitative evaluation of critical items, modeling of
risk, quantitative risk analysis and evaluation of risk reducing
measures
Fire Analysis of concrete structure. Performance-based design
and robustness of structures. Investigations of the potential of
performance based design for concrete structures
Staff support and business development assistance for a
Consulting Company
Risk analyses for a road tunnel. Comprehensive risk analyses in
accordance with EU tunnel safety directive and analysis of transport
of dangerous goods
Contribution to a national guideline for tunnel design and
requirements for risk analysis
Risk analysis for a large tunnel complex. The analyses comprise
benchmarking, qualitative evaluation of critical items, modeling of
risk, quantitative risk analysis and evaluation of risk reducing
measures. Furthermore the consequences of fires and explosions are
investigated in detail and the interaction with the surrounding
urban environment is studied
Risk analysis for a large immersed road tunnel. Design
assumptions, safety concept, study of fire risk and risk reducing
measures, ALARP studies and safety review
Expert consultancy concerning fire design and fire
safety engineering including application of risk analyses of
concrete structures. Application of semi-probabilistic approach and
integrated safety analysis
Research project concerning upgrade of existing
tunnels. The project was a major project with many partners.
Contribution to planning of experimental works, study of human
response and investigation of critical components and fire safety
evaluation
Risk analysis for a road tunnel. The analyses
comprise safety review, benchmarking, qualitative evaluation of
critical items, modeling of risk, quantitative risk analysis and
evaluation of risk reducing measures
Member of European Thematic Network on Fire in
Tunnels. The network comprised 32 leading European tunnel safety
experts within the area of fires in road, rail, and metro tunnels.
Mr. Høj held the position as rapporteur of "General approach to
tunnel fire safety" and "Compilation of guidelines for fire safe
design"
Project coordination and research concerning
decision support models, risk integration, fire risk and modeling
for practical application. Design Optimization for tunnels in
various phases during the project lifecycle. Study of safety in
tunnels and integration of risk analysis, environmental studies and
durability models in design of tunnels. Modeling of design in the
framework of decision-making.
Specification and design basis for fire design and
risk analyses for a major immersed tunnel
Application of QRA (quantitative risk analysis) and
DSM (decision support model) for evaluation of traffic with
dangerous goods in tunnels.
Review and specification of fire analysis of a
tunnel in Ireland
