Professional engineering
services
Modeling - Simulation - Validation - Design
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Civil engineering
Mechanical
engineering
Aerospace
engineering
Medical technology
triK Ingenieurgesellschaft offers engineering services for structural mechanical and dynamic problems in civil engineering, aerospace technology, the automotive industry, and general mechanical engineering.
Our services cover tasks along the entire development line, from modeling and simulation to visualization and validation.
Our services
01
Civil engineering
Stability analyses of structures in the design stage or existing structures to verify their continued safe use are important tasks in structural engineering.
We have more than 30 years of experience in stability analysis of structures in building construction, industrial construction, and bridge construction, as well as special structures in the energy and plant engineering industries.
For special load situations, such as machine dynamics, earthquakes, impact loads, or impact and ballistic scenarios, we offer you our many years of experience and the necessary software tools for handling special tasks.
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02
Mechanical engineering
The functionality of mechanical and plant engineering systems often depends not only on control and process sequences, but also on the structural responses of the machine structures.
Due to the complex interaction between systems and building structures, the analysis of load scenarios is always a complex task.
Thanks to our many years of experience and cooperation with partners for experimental investigations, we can offer you solutions even for special cases.
03
Aerospace engineering
Structural analyses in the aerospace sector enable service life analyses under cyclic and dynamic load scenarios.
Variant studies can be carried out at an early stage without the need for expensive prototypes.
Our company is involved in many projects involving the modeling and simulation of aerospace structures and has experience in simulations of aircraft structures under dynamic loads, including fatigue strength analyses of rocket components.
04
Medical technology
The design and introduction of new medical technology products, such as implants and instruments, can be simplified and accelerated with the help of computer simulation models.
Analyses of effectiveness, qualitative and quantitative comparisons of product variants, and their optimization can be carried out quickly and cost-effectively using virtual models.
Our company offers you experience gained from a wide range of projects, from image data analysis for the virtualization of specific patient situations to the optimization of implants and medical instruments, such as spreaders and clips.
Our offers
01
Civil engineering
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• Stability analyses of high-rise and industrial buildings under static and dynamic loads
• Load-bearing capacity verifications of reinforced concrete and prestressed concrete bridges in accordance with recalculation guidelines
• Stability analyses of structures, e.g., industrial plants, retaining walls, and dams under seismic and mechanical excitation
• Stability analyses for power plant and nuclear power plant structures under seismic, impact, and explosion loads
• Conceptualization, design, installation, and operation of monitoring systems for bridges and industrial plants
• Load-bearing capacity analyses on prestressed concrete adapters for wind turbines
02
Mechanical engineering
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• Fatigue strength analyses of ventilation and dust removal systems in industrial plants
• Stability analyses of container stacks under earthquake and explosion loads
• Optimization of railway tank cars for the transport of chemical goods (CESA)
• Stability verification for railway facilities in ICE plants under static and dynamic loads
• Load-bearing capacity analyses of protective devices under explosion and impact loads
• Stability verification for above-ground and underground containers
03
Aerospace engineering
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• Fatigue strength analyses on rocket components
• Modeling of different aircraft structures for collision and impact tests on power plant structures
• Simulation models for impact tests of ballistic missiles on reinforced concrete structures
04
Medical technology
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• Structural mechanical optimization of a chest spreader instrument for cardiac and thoracic surgery
• Analysis and optimization of ligature and aneurysm clips
• Variant investigation and optimization of implants for cardiac and thoracic surgery
• Structural mechanical optimization of medical instruments and aids
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