Digital simulation using
finite element analysis helps deliver better, more innovative, and robust
products in less time.
We can help you now to:
• Avoid costly in service failures
• Minimise physical prototyping with associated time and material costs
• Gain confidence that products will be reliable over their design life
• Value engineer by selecting the most cost effective technology that is fit
for purpose
Overview
The finite element method is a numerical analysis technique used by
engineers, scientists, and mathematicians to obtain solutions to the
differential equations that describe a wide variety of physical
problems.
Physical problems can range in diversity from solid and fluid
mechanics, to electromagnetism or dynamics.
The underlying premise of the method states that a complicated
domain can be sub-divided into a series of smaller regions in which
the differential equations are approximately solved. By assembling
the set of equations for each region, the behaviour over the entire
problem domain is determined.
Systems
Finite Element Analysis tools are available for use on the engineers
desktop.
Ingenea have two industry
solutions available to fit the appropriate application and budget.
