Martin Kristoffersen

Martin Kristoffersen is a Researcher at the Norwegian University of Science and Technology (NTNU), affiliated with the Centre for Advanced Structural Analysis (CASA) and the Structural Impact Laboratory (SIMLab). His work focuses on the critical intersection of physical testing and numerical simulations in structural impact engineering, with particular expertise in concrete structures, offshore pipelines, and ballistic impact phenomena.

Dr. Kristoffersen earned his bachelor's degree as a civil engineer from Narvik University College in 2006, followed by specialized education in applied mathematics from the Arctic University of Norway in 2008. He completed his master's thesis titled "Fragmentation of metallic materials under impact" in 2010 and defended his PhD thesis "Impact against X65 offshore pipelines" in 2014 through CRI SIMLab.

His research interests span structural impact engineering with specific focus on blast loading against concrete structures, ballistic impact against 3D printed metals, and the behavior of offshore pipelines under various loading conditions. Recent work demonstrates increasing emphasis on sustainable materials like low-carbon concrete for ballistic applications and additive manufacturing technologies, reflecting evolving priorities in structural engineering research.

Analysis of his publication record reveals a clear progression from traditional structural testing to increasingly complex multi-threat scenarios, with growing integration of advanced manufacturing techniques. His work consistently bridges experimental validation with computational modeling, maintaining the dual approach that forms the core of his research philosophy.

Dr. Kristoffersen maintains extensive collaborative relationships with colleagues at NTNU, particularly with Professor Tore Børvik, with whom he has co-authored numerous publications across multiple research domains including concrete structures, offshore engineering, and advanced materials.

He is actively engaged with the Centre for Advanced Structural Analysis (CASA), which aims to establish knowledge on how numerical calculations can be effectively used in process and product development, and the Structural Impact Laboratory (SIMLab), recognized as a world leader in understanding material and structural behavior during impacts.