Hire Finite Element Analysis Designers near England, United Kingdom

Welcome to Infinite Design Solutions 3D (based in the UK), where creativity meets precision. We specialise in computer-aided design, multi-material 3D printing, and PCB design. We are a group of de... Read more

Welcome to Infinite Design Solutions 3D (based in the UK), where creativity meets precision. We specialise in computer-aided design, multi-material 3D printing, and PCB design. We are a group of dedicated mechanical design engineers with extensive experience in delivering high-quality design solutions across various industries. With a strong foundation in CAD (SolidWorks, AutoCAD, etc.) and Finite Element Analysis (FEA), We specialise in creating innovative and optimised designs that meet client needs while maintaining the highest standards of performance and efficiency. Whether it’s simple CAD drawings, concept development, detailed design, or performance analysis, We strive to ensure that every project we undertake not only meets but exceeds expectations.

Qualified Professional having 35+ years Experience in Mechanical Design using both 2D & 3D CAD. New here and intend to build good relationships with satisfied Clients. Primarily I have specialised... Read more

Qualified Professional having 35+ years Experience in Mechanical Design using both 2D & 3D CAD. New here and intend to build good relationships with satisfied Clients. Primarily I have specialised in the design and development of lightweight structures utilising advanced composite and specialised metallic materials. However owing to considerable experience in numerous fields of engineering over the course of my career, I can assist Clients on most manufacturing related projects. The services I can offer include and are not limited to: o Project management o Project business model planning and financial forecasting o Design and development of advanced carbon fibre composite structures o Design and development of metallic components and machinery o Component prototyping or for mass production o 2D and 3D Cad expertise including advanced surface modelling o Finite Element Analysis for both advanced composite and metallic structures o 3D rendering for photo realistic imaging My Portfolio represents just a few examples of the projects I have conducted over the years.

ULUDAS CONSULTANCY LTD. is founded in London by Murat ULUDAS to provide fast, accurate and affordable mechanical engineering drawings, calculations, and analysis. We provide a wide range of solutions... Read more

ULUDAS CONSULTANCY LTD. is founded in London by Murat ULUDAS to provide fast, accurate and affordable mechanical engineering drawings, calculations, and analysis. We provide a wide range of solutions for CAD Design, Building Information Modeling (BIM), Engineering Calculations, Geometric Dimensioning, and Tolerancing, Piping and Instrumentation Diagrams, Block Flow Diagrams, Process Flow Diagram, Annual and Steady-State Building Thermal Analysis, Fluid Flow Analysis, and Finite Element Analysis.

I hold masters degree in mechanical engineering from the University of Sheffield, UK. Currently I am working as a senior mechanical design and analysis engineering in the UK since 7 years. I am regist... Read more

I hold masters degree in mechanical engineering from the University of Sheffield, UK. Currently I am working as a senior mechanical design and analysis engineering in the UK since 7 years. I am registered with IMechE as a chartered engineer. • 7+ years experienced in Finite Element Analysis (FEA) using Ansys Mechanical & APDL • Specialized in linear, nonlinear, fatigue and creep FEA using implicit solver • Specialized in drop test, crash test, stamping operation analysis using Explicit STR and LS Dyna • 7+ years experienced in Computational Fluid Dynamics (CFD) using Fluent • 7 years experience in CAD using AutoCAD & Autodesk Inventor and Solidworks • Structural Analysis/Stress hand calculations, Mathcad • PEM Fuel cell technology expert from Mechanical aspect. . • Design failure mode & effect analysis (DFMEA) • Vast material knowledge which includes steel, lightweight materials like Ti, Mg, Al as well as polymers

As an independent engineering materials consultant, I offer a consultancy service which can range from attendance at a few meetings to longer term contracts attached to your project. I also offer e... Read more

As an independent engineering materials consultant, I offer a consultancy service which can range from attendance at a few meetings to longer term contracts attached to your project. I also offer engineering design CAD services; aimed at SMEs and start-ups who may not have the capability in-house, but need to produce CAD drawings of components and assemblies for manufacture throughout the project life-cycle. With the flexibility that independence offers, my services can be tailored to precisely what you need, and for how long you need them; making it a  cost-effective alternative to hiring specialists or fixed term contractors. I am happy to quote for complete tasks, an hourly rate, or on a "call-off" contract basis against an overall plan and cost limit. Materials Selection Materials selection should be performed in the earliest stages of the design cycle but is often overlooked, causing project delays with associated increased costs later. Selection of the most appropriate material depends on many factors and several outside the usual parameters of strength, toughness, etc. In product design the main goal of material selection is to minimize cost while meeting product performance goals. Systematic selection of the best material for a given application begins with the required properties.  These should be defined in the Product Design Specification (PDS), with no reference to materials at the PDS stage. For example, a thermal blanket must have poor thermal conductivity in order to minimize heat transfer. Systematic selection for applications requiring multiple criteria is more complex. For example, a rod which should be stiff and light requires a material with high Young's modulus and low density. If the rod will be pulled in tension, the specific modulus, or modulus divided by density, [E / ρ], will determine the best material. These properties also have to be ratified against the cost of the material and available production techniques for shaping and forming. A systematic approach to materials selection will be applied to your project, which will ensure that all design parameters are satisfied while minimising costs to the project. CAD CAD has become the "norm" for drafting in the engineering arena. The advantages of using CAD are numerous, but the key advantages are the flexibility and ease at which new designs can be turned into drawings and existing designs can be modified during the design process.  These make CAD an essential tool in the engineers box. In the product development space, the extended features in modern CAD software are also useful visualise a product. Overall, CAD is a tool for increasing productivity, improving quality, and reducing costs. When combined with Computer-Aided Manufacture (CAM) via CNC machining equipment and, more recently, 3D printing technology, CAD can give a company options to send their model data to suppliers to get things made remotely, with just a phone call or two to confirm details, etc.  This advantage is able to reduce costs by allowing suppliers to be situated anywhere in the world. I have three CAD packages that can be deployed on your project, depending on the project budget.  I use AutoCAD and Salome, the latter used to create meshes for later analysis by FEA. So, depending on your needs, whether it is a one-off paper-design-to-CAD exercise or a longer term product development exercise, I have an efficient solution. FEA For engineering designs, Finite Element Analysis (FEA) is a natural follow-on from CAD. FEA allows the design (or modified design) to be analysed against its performance parameters without the expense of producing working test items. Modern FEA software includes a graphical user interface for model creation, meshing and post-processing.  the calculation engine is usually "hidden" from the user and will require very little interaction, save to check the model parameters and solution accuracy. Load cases can be applied to the design and the response of the component analysed. These analyses can be fed back into the design, which can be modified accordingly. The design - analysis cycle can then be repeated as often as necessary before a working test device or prototype is made. The use of modern CAD and FEA tools makes it very quick and cost-effective to iterate design modifications and analyse them. For FEA, I use "Code-Aster" on a 64-bit Linux platform.  Code Aster is an FEA tool developed and used by French energy company EDF.  It is highly versatile and is capable of numerous post-processing options to allow detailed analysis of your design.

Experienced Product Development Engineer with a demonstrated history of working in the automotive, aerospace and consumer goods industry. Highly skilled in Finite Element Analysis, Engineering Managem... Read more

Experienced Product Development Engineer with a demonstrated history of working in the automotive, aerospace and consumer goods industry. Highly skilled in Finite Element Analysis, Engineering Management, Simulations and Modeling, Testing and Data Acquisition. Strong engineering professional with a Masters of Science in mechanical engineering. PhD candidate. Proven experience on EASA, FAA, UNECE and FMVSS regulations. Also, I have CAD experience on Catia v5 for 5 years.

A Chartered mechanical engineer 27 years experienced in the design, implementation, and management of complex development projects. Excellent command of standard engineering practices for oil & gas u... Read more

A Chartered mechanical engineer 27 years experienced in the design, implementation, and management of complex development projects. Excellent command of standard engineering practices for oil & gas upstream, midstream, downstream, and Power industries. Specialties: Piping Layout ♦ Piping materials ♦ Static and Dynamic Piping Stress Analysis ♦ Pipe Support Engineering ♦ can Travel Offshore ♦ Project Management Professional Chartered Engineer (CEng), Engineering Council, UK Membership: Member (MIMechE), Institution of Mechanical Engineers, UK Software Skills: PDMS ♦ S3D ♦ Caesar II ♦ Autopipe ♦ PSA5 ♦ Navisworks ♦ Smart Review ♦ FEPipe ♦PVElite ♦ Ansys ♦ Microstation ♦ AutoCad ♦ Lotus Notes ♦ Smart Plant Foundation

• Mechanical Design Engineer, experienced with Autodesk Inventor • Currently working in the Construction & Demolition Industry, designing hydraulic excavator attachments. • Experienced in using Finite... Read more

• Mechanical Design Engineer, experienced with Autodesk Inventor • Currently working in the Construction & Demolition Industry, designing hydraulic excavator attachments. • Experienced in using Finite Element Analysis (FEA)

Design engineering professional. 3D CAD modelling, technical drawing and FEA expertise.

Design engineering professional. 3D CAD modelling, technical drawing and FEA expertise.