Company profile
Expert Mechanical Engineering Consultancy | Advanced CAE Solutions | FEA Specialists | Simpact Engineering
Simpact are an engineering consultancy based in Warwickshire, working in the design, development and engineering of bespoke safety solutions. FEA CAE Optistruct Altair OptiStruct Radioss LS-Dyna Hyperworks HSV High-speed Videos Experience Experienced Engineer Engineers Mechanical engineering structures structure structural analysis analyst composite composites linear non-linear implicit explicit drop tests test manufacturing local Midlands Warwickshire Warwick UK Leamington Spa FEA consultant consultants Stress stresses analyses Ansys LS Dyna Multiphysics Explicit Simulation Implicit Impact Analysis Mechanical engineering consultants Crash Simulation and Analysis Non-linear Explicit Structural Analysis SPH Smoothed-Particle Hydrodynamics Failure Analysis Failure Analysis
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AA | Transaction MzQ0MTQzMzAzNWFkaXF6a2N4
Published 30 Oct 2024 11:06
Company registered at Companies House
1 Apr 2024 to 31 Dec 2024
Simpact provide engineering support to make products meet functional requirements such as safety, strength and stiffness. They believe that engineering has stalled in the UK and they are on a mission to change the way products are designed and developed. They believe that keeping it simple works well in Engineering and many other disciplines and believe t...
1 Feb 2017 to 31 Oct 2018
COMPPRESS is an exciting 18month feasibility study carried out by Simpact Engineering Ltd in collaboration with WMG at the University of Warwick and will investigate a completely new and highly disruptive innovation in the compression moulding of composites. Designed to open up the market for structural composites, improve productivity and market lead of ...
1 Mar 2016 to 28 Feb 2017
LIFT (Lightweight Innovative Flexible Technology) is an exciting one year feasibility project that will investigate a completely new and highly disruptive lightweight automotive suspension system concept. The project partners will make use of the latest materials and structures to combine the necessary elasticity and damping properties with durability and...
1 Aug 2015 to 31 Aug 2015
Awaiting Public Project Summary
1 Mar 2015 to 30 Nov 2015
To understand the lifetime performance of composites. Develop an 'artificial' ageing process to improve their impact properties. Produce a technology demonstrator which makes use of the technology/process for purpose of marketing to potential clients.
1 Oct 2014 to 30 Sep 2015
This project investigates the extension of using digital volume correlation (DVC) in combination with images obtained by micro x-ray computed tomography (XCT) to examine (a) manufacturing strains within composite materials and (b) strains within composites under loading. Implementation of DVC with XCT data is reaching maturity, whilst its application and ...
1 Aug 2012 to 31 Jul 2014
This project will both transform the accuracy and communication of impact simulation, optimising transient models through correlation with real world geometric and high speed video data, and develop novel and innovative methods for visualising and interacting with simulation outputs. This will significantly improve confidence and understanding in end user...
