About us
With over 25 years of experience, we specialize in developing numerical models and algorithms for the finite element method, meshless methods, isogeometric analysis using NURBS and T-Splines, computational models for Computational Fluid Dynamics (CFD) and Fluid-Structure Interaction (FSI).
Throughout these years, we have developed cutting-edge technology in the finite element method for nonlinear continuum mechanics. Our models have been extensively tested, validated against benchmarks, and published in peer-reviewed international journals.
We believe it is time to make these advancements accessible to both academia and industry through an affordable API subscription model. Our approach differs from open-source software principles; we have invested years of coding and effort, making it impractical to give everything away for free. Additionally, while open-source projects thrive on community contributions and collaboration, our APIs are already well-developed and refined. Another aspect that distinguishes this approach to open-source software is that we offer full support for our APIs and will tailor and integrate Customer's needs with our GUI.
Our goal is to provide affordable APIs to academia and industry, ensuring accessibility to researchers and professionals worldwide.
Work we published in high-impact International Journals for Finite Element Technology
Why APIs for the Finite Element Method
We believe users should only pay for what they need to get the job done. Unlike traditional commercial FE software packages, which often charge high fees for features that go unused, our approach centers on modular APIs. This allows users to choose and pay for only the specific functionalities they require.
Our APIs offer a modular approach to the Finite Element Method, reducing (or totally eliminating) the coding effort for users. With straightforward data input, users can leverage our APIs to handle the complex mathematical formulations internally.
For academia, our services cater to PhDs, Post-Docs, researchers, and academics who need more control over their finite element code without spending excessive time on non-publishing models and algorithms. By utilising our APIs, academic professionals can concentrate on developing critical research models while our APIs manage the rest.
We also assist small and medium enterprises that often cannot afford the high costs of commercial finite element software. Our cost-effective, modular API solutions enable these enterprises to create customised and affordable finite element solutions.
Get in touch
Technical Support: support@mechinmotion.com
Sales: sales@mechinmotion.com