Analysis as a service
Nonlinear vibration analysis of your components in the frequency and the time domain, including variant studies on preload, friction coefficient and excitation.
Engineering · NoVibTech
The right method for your problem.
Not every task starts with a software licence. We support you with modelling, analysis and assessment, with a clear focus on nonlinear vibration, contact mechanics and friction damping.
Services
From a single analysis to an industrialised method.
We bring research methods into everyday engineering: as a service, as a joint development project or as a tool in your team.
Contact and friction modelling
Contact models for coupling interfaces, friction dampers and joints, matched to the physics and the available data.
Industrialising methods
Turning research methods into robust tools, such as harmonic balance with contact or mistuning identification.
Introduction & support
Introduce OrAgL and ARGUS to your team and adapt the workflow to your environment.
Areas of expertise
From contact model to vibration response.
Our experience comes from industrialisation projects for turbomachinery, automotive and the tool industry. See the applications
Turbomachinery
Forced and self-excited vibration of bladed structures, cyclic symmetry and mistuning.
Friction damping
How do preload, friction and excitation affect the response? Compute and compare variants systematically.
Contact mechanics
Account for stick, slip, lift-off and impacts in the model, in the frequency and time domain.
Models & methods
Reduce large FE models to the degrees of freedom that matter and tailor analysis workflows to the question.
Collaboration
A clear goal. A traceable path.
We start with your technical question and agree on a manageable scope. That way both sides know which conclusion the work should support.
Define the question
Which decision should the analysis enable? Agree on component, contacts, boundary conditions, data and target quantities.
Build the model
Reduce the FE model, choose the contact model and document assumptions.
Compute & vary
Investigate the parameters that matter and keep results traceable in ARGUS.
Assess & hand over
Explain results and their limits. Reports and data as agreed.
Three ways to start
Software. Support. Or both.
- OrAgL
Evaluate the solver on a defined analysis task. More about OrAgL
- ARGUS
Walk through your OrAgL workflow in a demo and discuss the introduction in your team. More about ARGUS
- Engineering
Work on a specific analysis task or method development together.
Next step
Your next analysis starts with a conversation.
A first conversation needs no confidential data. A short description of your task is enough.