Meet (a few) of the MSC Software UK Team!

Name: Sophie Norman
Job: Business Operations/UK Marketing Support
How long have you been with MSC Software? 4 Years
Day to Day Role? Mixture between marketing and supporting the office!
Expertise? Being organised!
One word to describe how you work? Chaotic!
If you could go anywhere for dinner, where would it be? Ithaa Undersea Restaurant, Maldives
Sophie's Linkedin Profile


Name: Karin van Oevelen
Job: HR Coordinator
How long have you been with MSC Software? Almost 37 years
Day to Day Role? HR
Expertise? HR Admin and office management
One word to describe how you work? Accurate
If you could go anywhere for dinner, where would it be? Stockholm

Name: Lionel Humphreys
Job: Strategic Aerospace & Defence Account Manager
How long have you been with MSC Software? 9 Months
Day to Day Role? Helping Aerospace & Defence customers in the UK get the most from MSC Software
Expertise? 32 years working in the CAD/CAM & CAE industry backed by 12 years in precision engineer
One word to describe how you work? Passionately
Project you are most proud of & why? 222 Exhaust Mod - getting it to this stage as my first ever scale project
If you could go anywhere for dinner, where would it be? Croatia
Lionel's Linkedin Profile

Name: Alexis del Rio
Job: Technical Consultant
How long have you been with MSC Software? Just started middle of May
Day to Day Role? Adams, Easy5, Vires support...
Expertise? Hydraulics, MBS...
One word to describe how you work? Easy going
Project you are most proud of & why? Patenting things, because it proves my great imagination
If you could go anywhere for dinner, where would it be? Lemans 24H
Alexis' Linkedin Profile

Name: Richard White
Job:  Presales Manager
How long have you been with MSC Software?  22 years
Day to Day Role?  UK presales – working with customers and prospects to improve their processes
Expertise?  Background in FE, but these days I’m a generalist.  FE, multibody, data management, learning all about CFD.
One word to describe how you work?  Pragmatically.
Project you are most proud of & why?  Displacing a tough competitor from a major defence customer.
If you could go anywhere for dinner, where would it be?   Meat and Weissbier, in Munich
Richard's Linkedin Profile


Name: Sas Harrison
Job:  Technical Consultant`
How long have you been with MSC Software?  1 Month
Day to Day Role?  I develop, collate, manage & transmit knowledge of engineering analysis software. I also discuss problems with potential customers to understand their work, and I put the two together to see & explain how we can help.
Expertise?  Rocket Science & asking the right questions.
Project you are most proud of & why? Evaluating & developing education programmes at TU Delft. I earnt the respect of my mentors & felt I’d “made it” as a complete & well-rounded scientist & educator, and was adding to people’s lives.
If you could go anywhere for dinner, where would it be?  Europa, frozen Galilean moon of Jupiter, you did say if!
Sas' Linkedin Profile


Name: Darrel Sinclair     
Job: Senior Technical Consultant
How long have you been with MSC Software? 22 years
Day to Day Role? Technical support
Expertise? Patran, Apex
One word to describe how you work? Conscientious
Project you are most proud of & why? My kids – an ongoing and very expensive project!
If you could go anywhere for dinner, where would it be? Rio de Janeiro for a nice feijoada
Darrel's Linkedin Profile


Name: Douglas Marriott
Job: Senior Technical Consultant
How long have you been with MSC Software? Nearly 9 years
Day to Day Role? Mixed affair mainly between customer support and consulting services
Expertise? Explicit nonlinear and fluid-structure interaction with Dytran
One word to describe how you work? Enthusiastic
Project you are most proud of & why? Birdstrike analysis service project – customer happy and great certified test result
If you could go anywhere for dinner, where would it be? Barbeque in the sun
Doug's Linkedin Profile





Popular posts from this blog

TIPS: MSC Nastran Notepad++ Language Filter

TIPS MSC Nastran Notepad++ Language Filter Notepad++  As a lot of us use Notepad++ for deck editing, so colleagues have created an MSC Nastran format xml language file that can be implemented to highlight keywords, comments etc. Download the file from: userDefineLang.xml To use, simply copy to your AppData/Roaming folder typically found in: C:\Users\Name\AppData\Roaming\Notepad++ By default the filetypes are set to BDF and DAT files. Or alternatively you will find it in the Language menu under NASTRAN. There is also format for Patran PCL code as well as Patran session file format. More to come!
Read more

THEORY: Implicit vs Explicit - Introduction

Image
Implicit Structural Solutions   Development of the finite element method began in earnest in the middle to late 1950s for airframe and structural analysis. By the late 1950s, the key concepts of stiffness matrix and element assembly existed essentially in the form used today. NASA issued a request for proposal for the development of the finite element software NASTRAN (developed by  MSC.Software) in 1965. Steady State or Static Equilibrium (ΣF = 0) Force  = Stiffness x Displacement In actual practice, inverting the stiffness matrix to solve the system of equations for displacement is highly inefficient. MSC Nastran uses a more efficient matrix decomposition procedure rather than the matrix inversion method. It is necessary to iterate the solution to be able to solve non-linear problems (using methods such as Newton-Raphson shown below, etc.) for many real-world problems. These nonlinearities can be associated with: Contact Material Behaviour Geometric Responses
Read more

Customer Spotlight: Centre for Additive Manufacturing, University of Nottingham

Image
Simulating Selective Laser Melting (SLM) SLM is an Additive Manufacturing (AM) technology for producing end-use components by melting metallic powders using high density energy flux created by a moving laser source. The team at Nottingham had clear motivation for researching what happens during the manufacturing process as the l arge thermal gradients result in transient and permanent residual stresses that may cause: Failure and/or distortion during manufacture Distortion upon removal from the build platform Overall reduction in part performance (e.g. reduced fatigue resistance) Post Build Cracking By simulating the process, it will identify the heat transfer during manufacture as well as the the distribution and magnitude of residual stress. Modelling SLM however is very challenging and computationally intensive due to the transient and non-linear nature of the process both across time and space. This is because the model requires to capture the ex
Read more