Finite Element Analysis (FEA) Software (31-40 of 46)

CAT/AFEMS offers extensive 2D & 3D nonlinear as well as enhanced linear FEA capabilities. It is fully embedded inside CATIA, allowing the user to perform analysis without leaving the CAD environment.

AutoAFEMS offers extensive 2D & 3D nonlinear as well as enhanced linear FEA capabilities. It is fully embedded inside MechanicalDesktop, allowing the user to perform analysis without leaving the CAD environment.

Metal structures will corrode in aggressive environments if they are left unprotected. Surface coatings will inhibit the corrosion process, but for long term protection a cathodic protection system with sacrificial anodes or impressed anodes are used. These systems set up an electrostatic field in...

BEASY answers four main questions:;* Will the crack grow? ;* Will it grow in an unstable fast or stable slow manner? ;* If growth is stable, at what rate will it grow? ;* To what size can the crack grow before becoming stable

BEASY Mechanical Design software provides a powerful design simulation tool for predicting the mechanical behaviour of components and structures.

Animator3 is a high performance graphical postprocessor for finite element analysis.

JL Analyzer is new generation of design engineers tool. It includes stress, dynamic, thermal, nonlinear, electric etc. analyses. It has geometry modeling, automatic mesh generation, animation, xyplot etc.

Used in conjunction with the Corrosion & CP and the CRM software, the BEASY Optimisation software provides a comphrehensive solution for engineers who need to: Optimise CP system operation, Identify opttimum anode locations, Design ICCP control parameters, Minimise signatures abd Use onboard data...

If you are responsible for the design, manufacture or deployment of defence equipment then you are aware of the need for minimum signtaure particularly electrical and magnetic signatures. BEASY can help with the electric (UEP) and magnetic (CRM) field prediction.

A powerful modelling tool to predict the critical and slip motion of components in contact.