Simulation-whole-product-life-cycle-daresbury-tb

@Daresbury: How Can Simulation Improve Whole-Life Product Development?

A Journey from Concept Design to End-of-Life

You may already use FEA, CFD and statistical methods at discrete stages during design and development. However, are you benefiting from engineering analysis throughout your product life cycle? You are invited to a one-day seminar in Daresbury on 22nd March which focuses on how the latest simulation and reliability analysis technologies can transform your whole-life product performance and cost.

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Our Partner and Host

The Virtual Engineering Centre has been established to assist the North West aerospace sector and wider industry by providing a focal point for world class virtual engineering technology, research, education and best practice with the aim of improving business performance throughout the supply chain.

The Virtual Engineering Centre is a University of Liverpool project partially funded by NWDA and ERDF located at the Daresbury Laboratory of the Science and Technology Facilities Council.

Location

The Virtual Engineering Centre,
STFC Daresbury Laboratory,
Daresbury Science and Innovation Campus,
Warrington,
WA4 4AD


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About Wilde

Since 1980, Wilde Analysis has specialised in FEA, CFD and Reliability Engineering Analysis – powerful technologies that complement and enhance traditional calculation, CAD and PLM software but not always completely understood or fully exploited by industry. As both an engineering consultancy and a value added reseller for leading international solutions, including ANSYS, Autodesk Moldflow, DEFORM and ReliaSoft, Wilde helps companies improve the way they design and manage their products and processes. This is achieved through the successful implementation of software and provision of consulting and training services.

Event Details

Start Date/Time 22 Mar 09:00
End Date/Time 22 Mar 17:00

Overview

You may already be using simulation and other mathematical methods at discrete stages during design and development. However, are you benefiting from engineering analysis throughout the product life cycle to:

  • Drive innovation?
  • Reduce lead time and development cost?
  • Optimise performance?
  • Design for manufacture?
  • Measure, manage and improve reliability?

By attending this seminar you will learn how the latest simulation and reliability analysis technologies can transform whole life product performance and cost, concentrating on four themes:

1. Understand and Innovate

  • Align with Needs of Customers (QFD)
  • Design Out Failures (FMECA)
  • Evaluate Concepts with Simulation (FEA, CFD)

2. Validate and Optimise

  • Predict Life Characteristics (Weibull, Accelerated Testing & Fatigue Analysis)
  • Model the System for Performance & Reliability (Multiphysics & Explicit Simulation, Fault Tree Analysis)
  • Improve and Make Robust (Design of Experiments, Reliability Growth Analysis)

3. Design for Manufacture

  • Control and Eliminate Manufacturing Problems (Metals and Plastic Process Modelling)
  • Enhance Material Properties (Heat Treatment & Microstructural Prediction)
  • Include Impact on Product Performance (Residual Stress & Defects)

4. Deploy to End of Life

  • Monitor and Maintain Product Performance (FRACAS, RCM)
  • Troubleshoot & Extend Operational Life
  • Manage Whole Life Cost & Risk (Product Recall & Warranty Analysis)

Who Should Attend?

Designers, Engineers and Managers interested in learning how FEA, CFD and Reliability Engineering can help improve design & manufacturing processes and manage risk within product development.

Registration / Further Information

There is no charge to attend. Simply choose one of the following options to reserve your free place:

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