Engineering Research has many years of experience of simulation based analysis, design, and development. We specialize in applications requiring a so-called non-linear analysis, i.e. where one or more of the following applies:
- large deformations of the structure,
- contacts,
- failure or fracture of the structure,
- low-cycle fatigue,
- impacts.
We also perform standard linear static stress analyses and modal analyses.
Applications
Examples of applications that we work or have worked on are:
- Roll-over:
- Heavy vehicles
- Construction equipment
- Trucks
- Buses
- Various mechanical components and structures subject to over-load or abuse:
- Gear shift mechanism
- Pneumatic cylinder
- Saw blades
- Rubber seals and their behaviour, e.g. car door weather seals
- Drop tests and impacts of containers:
- Nuclear industry
- Fluid filled containers
- Turbine fan blade ice impacts and bird ingestion
See also the images to the right.
Knowledge and resources
In the above areas we can deliver high quality work due to our in depth knowledge and experience in all the relevant fields:
- Material modelling
- Implicit and explicit simulation
- Impact events
- Thermal analysis
- Optimisation and robustness analysis
- Visualisation
We also have the considerably computer resources needed to deliver results on time.
Visualisation
To understand complex phenomena reporting and visualisation are important.
We can make high quality renderings and animations of the events making
the results of the simulation more accessible. For an example of the
work we can do see the following
visualisation
from a project financed by the Swedish Road Administration
Contact us for more information
For more information, simply give us a call and ask to talk
to one of our structural analysis experts.
Contact information

Cross section of a car door seal model including side window.
Courtesy of Saab Automobile AB

Deformations from combined thermal and structural loads on
a plastic car fender component. Courtesy of Plastal AS

Shock waves in a turbine blade impacted by ice