DUT Partnership
HomeInfo eventsHow to use the platformContact
Register
Register
Register

Holger Koss

Associate Professor

Technical University of Denmark (DTU)

Copenhagen, Denmark

1 profile visitParticipant

My main research area is Wind Engineering and the interaction of built environment with urban microclimate and influence on human health, safety and comfort.

My organisation

Technical University of Denmark (DTU)

Technical University of Denmark (DTU)

Research Organisation / University

Copenhagen, Denmark

At the Technical University of Denmark (DTU), we are dedicated to fostering innovation and technological advancement through cutting-edge research and education. Our diverse community of scholars and students collaborates across disciplines, driving solutions that address global challenges in engineering, nature, and technology. We pride ourselves on a strong connection to industry, ensuring that our work not only enriches academic knowledge but also has practical applications in the real world. Join us in exploring opportunities for collaboration, knowledge exchange, and fostering the next generation of technical leaders.
Read more

About me

Hans Holger Hundborg Koss is an Associate Professor at the Department of Civil and Mechanical Engineering, Section for Structures and Safety, at the Technical University of Denmark (DTU) in Kgs. Lyngby, Denmark. His long-standing research experience is in the field of Wind Engineering and Structural Dynamics with particular focus on the simulation of wind loads on buildings and structures (experimentally and numerically), their static and dynamic response and the climatic conditions in the urban environment. As lead designer of a specialised Climatic Wind Tunnel in 2008-2009, his research expanded to cold climate effects on aerodynamic performance of bridge cables and wind turbine wings under atmospheric icing. With the investigation of topology optimisation of minimal structures under stochastic wind loading in 2016, he embarked on the field of 3D additive manufacturing. This activity lead subsequently to the development of an innovative biopolymer-based building material allowing a high degree of freedom in the printing process. His teaching covers Structural Mechanics, Wind Engineering, Wind Tunnel Testing, Structural Engineering, Probabilistic Modelling, Urban Environments and Experimental Structural Mechanics on both basic and advanced level.

Social media