Search

Search

Menu

Close

Share:

Mathias Flansbjer

Forskare

Tel

+46 10 516 52 25

Email

mathias.flansbjer@ri.se

Location

Borås

ORCID

0000-0002-3481-1368

Mathias Flansbjer is a researcher at RISE with long experience of experimental work in combination with numerical modelling. He is a PhD in structural engineering with a focus on concrete and composite structures at Chalmers. His personal research interest lies in experimental mechanics with measurement techniques such as optical deformation measurement and Acoustic Emission. A strategic combination of advanced modelling and experimental testing at different scale levels enables a deeper understanding of the mechanical behaviour of materials and structures. • Experimental mechanics • Fracture mechanics • Structural engineering • Concrete structures • Concrete mechanics • Rock mechanics • Digital Image Correlation (DIC) • Digital Volume Correlation (DVC) • Acoustic Emission (AE) • High speed imaging • Finte element methods (FEM)

+ Show more

Ask me about

Publications

Ask me about

Next Generation Building Material from Agricultural Waste

The proposed project aims to demonstrate the technical and financial feasibility of using the agricultural waste straw (otherwise burnt in fields) as a primary building material to create building components for prefabricated mid-…

E3D Energy-Efficient Building Facades with 3D-Printed Concrete

The E3D project aims to incorporate 3D-printing into building façade concrete elements, enhancing energy efficiency and sustainability in the Swedish construction industry. By reducing material use and construction time toget…

Återhus 3.0 - Building from buildings

Sweden needs several prominent demonstrators for validated reuse projects that can put reuse on the agenda for demolition and construction projects. Återhus demonstrators and methodology will facilitate the implementation of the r…

Up-scaling of lightweight multi-functional concrete and ceramic materials

Development, characterization and upscaling of lightweight materials and components. Introducing new functionalities like self-sensing, easy-to-clean, photocatalytic materials due to the addition of the nanoparticles. Accelerating…

POST 2 -Scale effects on the mechanical behavior of rock fractures

Rock fractures and replicas of fractures are characterized and tested at different scales in this unique project to provide data for subsequent model development. New testing and measurement methods are developed including a high-…

Fast dynamic response

Safety-critical questions arise in relation to shocks and impacts. Testing dynamic scenarios demand advanced experimental equipment and competences to be able to simulate loading and measure corresponding responses. RISE has long-…

Digital Image Correlation measurement

Deformation measurement of materials and structures subjected to various loading is a fundamental task of experimental mechanics. Optical full-field deformation measurements based on DIC and DVC open new possibilities for engineer…

Research on Buildings and Infrastructures

RISE covers different research areas in the field of mechanics of structures, building components and materials, rock mechanics and engineering, structural dynamics, protective structures and buildings.

Textile reinforced concrete

Concrete reinforced with steel is globally the most used construction material. It is easily formable in a fresh state and has a good durability, even under harsh environmental conditions. The function of steel in concrete is to i…

Publications

See all DIVA publications