
For mechanical and plant engineering
Further information via e-mail
Welcome to the industry specialists for simulation and calculation
That's what we stand for:
- No more time-consuming discussions - our simulation services are based on a validated reference calculation method that eliminates repetitive discussions about results from stress analysis.
- Your advantage: Less complicated and thus faster project acceptance by customers and testing bodies such as TÜV.
Services:
- Calculation of industrial pipes, pressure vessels and mechanical components
- Structural-mechanical simulation – strength verification and optimization (elastic and plastic verification)
- Material fatigue and service life calculation e.g. for optimization of service intervals
- Special flange design e.g. for externally heated double-walled pipes
- Flange verifications at the strength utilization limit simulated with fluid pressure penetration of the gasket
- Pipe system calculations combined with special component verification using Finite Element Method
- Computational Fluid Dynamics – optimization of industrial products and processes through flow and particle simulation
- Heating, ventilation and air conditioning (HVAC) studies
- Thermomechanical analysis e.g. for heat transfer studies / energy optimization
- Smoke and temperature control in emergency situations at civil infrastructures
- Energy calculation and optimization for buildings and industrial plants
- Calculation of steel structures
- Product development
- Consulting/Coaching/Training
All services are available according to:
- EN 13445 (unfired pressure vessels)
- AD 2000 (accepted regulation for pressure vessels)
- EN 13480 (metallic industrial piping)
- EN 1591 (flanges with gasket in the main force connection)
- VDI 2230 (systematic calculation of highly stressed screw connections)
- CODAP (building code for French pressure vessels)
- CODETI (building code for French metallic industrial piping)
- RToD (dutch regulations for pressure vessels)
- PD 5500 (british standard for pressure vessels)
- ASME (American Society of Mechanical Engineers)
- CECT (steel penstocks for hydroelectric power plants)
- KTA (Nuclear Technical Committee)
- DVS (German Association for Welding and Allied Processes)
- DIN EN 13001 (cranes)
- DIN EN 13155 (cranes - loose load handling equipment)
- EN 14460 (explosion proof devices)
- FKM-Richtlinie (Mathematical verification of machine components)
- Eurocode
Software:






Benefits:
-
Planning reliability for development teams
Reliable simulation results help your designs reach approval faster. -
Cost savings through early validation
Minimize costly changes in late project phases – through solid calculations during the design phase. -
Faster approvals by authorities (e.g. TÜV)
Standardized and proven: Our reference methods ensure transparency and traceability. -
Less effort for internal resources
You focus on innovation – we handle the complex analyses. -
Impress your customers with on-time delivery
Meet your project goals. We deliver your results on schedule. -
Calculable performance – no black-box engineering
Our processes are transparent, documented, and can be integrated into your quality standards. -
Technological edge with minimal risk
You keep developing – with the confidence that the calculations back up your promises.
Our partners:
We are part of a network of over 30 specialists in calculation and simulation. Each of our engineers is an expert in their field. Close collaboration and active exchange with our partners in calculation services are the key to the high quality of our analyses and efficient project execution.
You can rely on our teams.