We develop APIs for the Finite Element Method

Custom solutions for the computational modelling in mechanical, civil, aerospace, and manufacturing engineering.

Cutting-Edge Finite Elements Library

Assumed Natural Strain (ANS), Enhanced Assumed Strain (EAS), and Reduced Integration (RI) technologies to alleviate different locking pathologies while optimising CPU efficiency.

Our APIs allow easy customisation of the FE package, resulting in a significantly more cost-effective FE simulation when compared with traditional commercial FE software.

As a PhD or Post-Doc, you can focus entirely on your project work and leave the coding of FE methods to our APIs.

Modular FE Solutions

Ideal for Academia & Individual Customers

Ideal for Small & Medium Enterprises

Affordable and dedicated APIs, along with comprehensive FE packages, designed for running numerical simulations at SMEs.

GUI for pre-processing

We have affordable GUI solutions for pre-processing tasks such as importing meshes, defining materials, properties, boundary conditions, loading, etc.

GUI for post-processing

We support our customers with GUI post-processing solutions for FEA visualisation using our APIs.

Available Finite Element (FE) APIs:

MITC4, Fully-Integrated Shell Element
MRESS, 3D Reduced-Integrated Solid-Shell Element
Hexa8, 3D Hexagonal Element with 8 nodes

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Elements in development (available soon):

MCYSE Reduced-Integrated Shell Element
Strut Element
Plane Stress Element
Plane Strain Element
Beam Element
Axi-Symmetric Solid-Shell Element

Click on the image gallery below for our publications on FE technology.

Finite element technology in development (FREE with our APIs):

Nonlinear Implicit Newmark method for structural dynamic analysis
Nonlinear Explicit method for structural dynamic analysis
Buckling Analysis
Modal Analysis
Multi-Point Constraints

Finite element technology in development (Subscription):

Composites material modelling
Elasto-Plasticity, planar plastic anisotropy for metals
Crystal Plasticity
IsoGeometric Analysis IGA with T-Splines
Contact procedures for manufacturing modelling
Structural Topology Optimization with the Adjoin Method
J-Integral for Fracture Mechanics

Experience the power of finite element analysis tailored to your needs without overpaying for features you’ll never use. Our subscription-based model is designed specifically for the structural mechanics, materials and manufacturing communities, academia, and businesses. Unlike traditional commercial software with steep licensing costs and open-source tools that require time-consuming coding and offer limited support, our approach gives you access to reliable, high-quality FE software at a fraction of the cost. You get only the tools you need, backed by expert support and guaranteed accuracy - empowering you to focus on results, not overhead.

Tailored Solutions

Mechinmotion specialises in developing and commercialising finite element APIs for nonlinear continuum mechanics. Our tailored computational solutions are ideal for mechanical, aerospace, and manufacturing engineering.

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