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DDLS Fellow | Microbial Evolutionary Genetics Johannes Cairns is a DDLS Fellow and Assistant Professor (biträdande lektor) in the Department of Experimental Medical Science at Lund University. He obtained his PhD in microbiology from the University of Helsinki in 2018, followed by postdoctoral research combining experimental evolution, microbial ecology, and computational biology, including a visi
https://www.wcmm.lu.se/johannes-cairns - 2026-09-29
Welcome to the Department of Construction Sciences The Department of Construction Sciences pursues research and education within Structural Mechanics, Geotechnical Engineering, Solid Mechanics and Engineering Acoustics. LUNARC (Centre for Scientific and Technical Computing at Lund University) is also a part of the department. More about the department Research Education Follow us on LinkedIn Our d
https://www.construction.lth.se/start - 2026-09-29
The links on this page open in Lund University's Research Portal. Var god vänta...
https://www.construction.lth.se/about/structural-mechanics/publications-structural-mechanics - 2026-09-29
Eric Serrano Head of Division Email: erik [dot] serrano [at] construction [dot] lth [dot] se Telephone: +46 46 222 03 19 Mobile: +46 72 733 31 61 Profile in Lund University's Research Portal Staff Contact details for all members of staff. Addresses Postal addressDepartment of Construction Sciences,Division of Engineering AcousticsLTH, Faculty of EngineeringBox 118221 00 LundSwedenVisiting addressV
https://www.construction.lth.se/about/engineering-acoustics/contact-engineering-acoustics - 2026-09-29
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https://www.construction.lth.se/about/structural-mechanics/staff-structural-mechanics - 2026-09-29
Laboratories Information about our labs on the respective division pages:Division of Structural MechanicsDivision of Geotechnical EngineeringDivision of Solid MechanicsDivision of Engineering AcousticsLUNARC Available software
https://www.construction.lth.se/infrastructure - 2026-09-29
At Structural Mechanics we have a long tradition of studying mechanical properties of various materials and structural components. Studies include properties of wood, paper, fibre and composite materials, as well as properties of glued joints and engineered wood products (glued laminated timber, cross laminated timber). Materials studied also include concrete, fibre reinforced composites, structur
https://www.construction.lth.se/about/structural-mechanics/infrastructure-structural-mechanics - 2026-09-29
At the Department of Construction Sciences education and research is performed in Geotechnical Engineering and foundation engineering. We at Geotechnical Engineering are driven by understanding engineering problems and conducting research that contributes to solving societal challenges. Our core areas are Geotechnical Engineering and Foundation Engineering.We have a strong focus on high-quality te
https://www.construction.lth.se/about/geotechnical-engineering - 2026-09-29
LUNARC is the Centre for Scientific and Technical Computing at Lund University, providing advanced resources for computation, visualisation, and storage to support research across all areas of computational science. As part of the national infrastructure, LUNARC also serves as a branch of NAISS (National Academic Infrastructure for Supercomputing in Sweden), offering expertise and access to high-p
https://www.construction.lth.se/about/lunarc - 2026-09-29
The links on this page open in Lund University's Research Portal. Var god vänta...
https://www.construction.lth.se/about/geotechnical-engineering/publications-geotechnical-engineering - 2026-09-29
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https://www.construction.lth.se/about/geotechnical-engineering/staff-geotechnical-engineering - 2026-09-29
Solid Mechanics was the first division established at LTH, now the technical faculty at Lund University. The first head of the division, Bertam Broberg, was also the first professor at LTH and even dean. He was instrumental in the establishment of the LTH campus. The Division of Solid Mechanics is part of the Department of Construction Sciences. The research at the Division of Solid Mechanics (Hål
https://www.construction.lth.se/about/solid-mechanics - 2026-09-29
The links on this page open in Lund University's Research Portal. Var god vänta...
https://www.construction.lth.se/about/solid-mechanics/publications-solid-mechanics - 2026-09-29
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https://www.construction.lth.se/about/solid-mechanics/staff-solid-mechanics - 2026-09-29
The field of Engineering Acoustics covers a broad area within acoustics, ranging from structural acoustics to psychoacoustics. One important objective is to design structures to meet requirements given by the perception of sound. The education in Engineering Acoustics consists of undergraduate courses in architectural acoustics, building acoustics and electro-acoustics at all undergraduate levels.
https://www.construction.lth.se/about/engineering-acoustics - 2026-09-29
The links on this page open in Lund University's Research Portal. Var god vänta...
https://www.construction.lth.se/about/engineering-acoustics/publications-engineering-acoustics - 2026-09-29
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https://www.construction.lth.se/about/engineering-acoustics/staff-engineering-acoustics - 2026-09-29
The education at Solid Mechanics involves undergraduate, graduated and postgraduate courses as well as master's theses. The main goal is to give the students a clear and in-depth understanding of solid mechanics by using the models and patterns from mechanics and physics, the language of mathematics and numerical methods and letting problem-solving and design be the goal.The various courses are of
https://www.construction.lth.se/about/solid-mechanics/education-solid-mechanics - 2026-09-29
Research at the Division of Solid Mechanics focuses on understanding, modelling and predicting the mechanical behaviour of materials and structures. Our work combines theoretical, computational and experimental methods, spanning research from material microstructures and granular systems to structural optimisation and packaging materials. The research contributes to improved models, methods and en
https://www.construction.lth.se/about/solid-mechanics/research-solid-mechanics - 2026-09-29
Division of Solid Mechanics The properties and performance of crystalline materials – such as metals, ceramics and ice – are to a large extent controlled by the state of the material's microstructure. This includes important properties like strength, ductility and damage resistance. The microstructure is not fixed, however, but evolves with time, under in-service conditions and during thermo-mecha
