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Johan Anderson

Tel

+46 10 516 59 26

Email

johan.anderson@ri.se

ORCID

0000-0001-7524-0314

Physicists from the University of Gothenburg with a doctorate in theoretical plasma physics from Chalmers University of Technology. Has been working at Fire Research since 2012 with fluid mechanics and CFD in fires. The work has been focused around fire safety of facades, green roofs, batteries and various aspects of travelling fires. In recent years, the focus has been on uncertainty quantification and quality assurance of calculations.

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Development and implementation of innovative solar installations

Large, low-sloped roofs are an attractive surface for installing solar systems. To effectively utilize this type of roof at northern latitudes, there is a need to practically test and evaluate new designs of PV systems that can in…

European approach to assess the fire performance of facades

The project is formed in accordance with the Invitation to Tender for “Finalisation of the European approach to assess the fire performance of facades” (Call for tenders No 761/PP/GRO/IMA/19/1133/11140) of the European commission …

Workshop on fire testing of facades

European approach to assess the fire performance of facades – Presentation and discussion June 10, 2024

Fire protection

Fire protection is a collective term for all measures aimed at preventing and limiting damage caused by fire. Fire protection is important to protect people, property, the environment and community functions from fire risks and po…

Battery thermal runaway simulations

Multi-physics simulations together with full-scale testing is a cost-effective method for designing safer batteries. RISE is expert in this area.

MLUP

Machine learning (ML) is an efficient tool to mimic complex processes. Numerical simulations, such as computational fluid dynamics (CFD) is often extremely time demanding and may occupy considerable computer resources for an exten…

CFD Modeling and Fluid mechanics

The use of Computational Fluid Mechanics (CFD) models and fluid mechanics has greatly increased in recent years, both in fire research and among fire consultants. To meet the growing demand, RISE has employed new experts in CFD m…

Uncertainty Quantification - UQ

Uncertainty Quantification (UQ) supports the decision-making process by delivering reliable simulation and experimental data with estimated uncertainties due to the impact of imperfectly known information on the design.

Multiphysics

Many problems in modern science or engineering are of multiphysics character. This means that they are governed by more than one type of physics, each normally represented by a set of partial differential equations. At RISE we can…

Fire Simulation

Nationally and internationally unique due to a broad collection of specialists in the field of simulation and modeling of materials and structures in fire.

Publications

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