SIEMPELKAMP Engineering

Computational strength and safety verifications support the design and technical evaluation of components, assemblies, and systems under defined loads.

Code-based methods and FEM analyses evaluate mechanical and thermomechanical loads, fatigue processes, and the calculated service life of technical components.

CAD- and FEM-based analyses identify stress peaks, weak points, and design reserves and support the technical further development of components and structures.

Piping models, pipe statics, and code-related evaluations support the sizing and technical assessment of piping systems.

Nonlinear and highly dynamic simulations represent crash, impact, drop, and deformation processes under short-term loads.

Technical documentation, bills of materials, and layout drawings are reviewed and transferred to project-specific control and switchgear systems for industrial applications.

Customer-specific control cabinets are planned on the basis of technical specifications and implemented with regard to enclosures, components, wiring, interfaces, and installation situation.

Material selection, component design, and static, dynamic, or thermal calculations are combined with casting simulations to create a production-oriented component design.

Heavy press components are designed in line with material and casting requirements and matched to geometry, loads, manufacturability, and subsequent machining.

Flexible press systems enable technical adaptation to different materials, components, tools, and composite processes.

Customer-specific system concepts support special forming tasks such as hydroforming, internal high-pressure forming, or the production of titanium compacts.