Simulation offers engineers two major advantages: faster exploration of concepts and designs, and deeper understanding of the physics driving a product or process. Once a suitable model is established, engineers can change
Why Simulation Validation Matters: Lessons from a Cooling Cup of Coffee Read More »
Green hydrogen is an effective way of storing renewable energy, paving the way toward a more sustainable future. Among the three main electrolysis technologies used for hydrogen production, solid oxide cells (SOCs)
A numerical study of the mechanical behavior of an SOC stack Read More »
In this blog, we investigate the performance of direct solvers in COMSOL Multiphysics across a range of CPU and GPU systems using eight representative benchmark models. The study compares MUMPS, Pardiso, and
Investigation of GPU Performance on COMSOL Multiphysics® Read More »
Hvordan får man komplekse produkter hurtigt og sikkert ud til kunderne? Hos konsulentfirmaet Resolvent er svaret simulering. Når nye løsninger testes digitalt, kan virksomheder reducere risiko, træffe bedre beslutninger og dermed spare
Digitale Scenarier Reducerer Risiko og Sparer tid i Produktudviklingen Read More »
Alkaline water electrolysis is a well-established and cost-effective technology for producing green hydrogen. However, challenges such as flow maldistribution, gas accumulation, and uneven electrochemical performance across the stack still limit its scalability.
Multiscale and Multiphysics Simulation Framework for Alkaline Electrolyzer Stacks Read More »
In this post, we discuss: Introduction Process illustration and animations are helpful in visualising the working principles of equipment. Especially to visualise nonvisible fluid flow paths in plate heat exchangers or membranes,
Elevate Learning and Training Output with Simulation Tools Read More »
The use of COMSOL Multiphysics for drop test simulations has come a long way since we last tried it for this kind of simulation. Recently we conducted a small comparison of doing
Drop test simulation in COMSOL using a supplementary solver Read More »
Computational Fluid Dynamics (CFD) offers powerful tools to simulate complex flow and heat transfer phenomena. One effective technique is periodicity, particularly for cases with a low Reynolds number and high Péclet number,
Utilizing Periodicity in CFD Simulations for Fuel Cells and Cooling Applications Read More »
In early March, Resolvent’s Anders L. Christensen participated in the H2SHIFT M12 General Assembly in Madrid, hosted by Tecnicas Reunidas. The H2SHIFT consortium aims to establish an open-access innovation test bed for
Resolvent at the H2SHIFT M12 General Assembly Read More »
At Resolvent, we’re always pushing the boundaries of fuel cell and electrolyzer stack simulations, and we’re excited to share how our latest in-house stack model (box model) is making it easier than