What we calculate?
Engineering calculations for tanks, structures, pipelines, vehicles and energy systems
Tank and silo calculations
- Verification of compliance with pressure standards (EN 13445, ASME, AD 2000, PD5500) guaranteeing acceptance by notified bodies.
- Strength and stability analyses for non-pressure tanks and silos, in accordance with Eurocode standards (EN 1993, EN 1999) and EN 14015.
Housing and furnace calculations
- Complete FEM strength and fatigue analyses leading to the optimization of the structure and thickness of the casing reinforcements.
- Assessment of the impact of external loads (wind, seismic) according to standards for a given location (EN 1994-1, EN 1998, ASCE, and others).
Heat exchanger analysis
- Strength and fatigue analyses of heat exchanger housings for compliance with EN 13445, EN 14276, AD 2000, and ASME Sec. VIII standards.
- Thermal and flow simulations inside exchangers to maximize the efficiency and thermal performance of the device.
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SKID and support calculations
- Strength and fatigue analyses of load-bearing structures (frames, skids), including for demanding offshore applications.
- Comprehensive assessment of the impact of transport, installation, and environmental loads in accordance with EN 1991 and ASCE standards.
Steel structure calculations
- Strength and fatigue verification of any steel structures (halls, towers, flyovers) in accordance with the standard Eurocode EN 1993.
- Stability analyses and safety assessment of structures under climatic (snow, wind) and seismic loads.
Pipeline calculations
- Comprehensive stress analysis of piping systems (ASME B31, EN 13480) using formula based software (CAESAR II AutoPIPE) or FEM.
- Optimization of route and support layout to minimize stress, costs, and ensure elongation compensation.
Vehicle and component calculations
- FEM strength analyses of frames, bodies, and key vehicle components to ensure safety and optimize weight.
- Aerodynamic simulations (CFD) to reduce air resistance and analyze flows in cooling and ventilation systems.
Aircraft and component calculations
- CFD flow analyses of aircraft or their components for precise determination of loads acting on the structure.
- Aerodynamic CFD analyses to verify and optimize conceptual solutions at an early stage of design.
RES and HVAC energy systems
- Modeling and simulation of energy systems (HVAC, renewable energy sources) for buildings to optimize energy consumption and operating costs.
- Dynamic analysis and component selection for innovative technologies such as heat storage, hydrogen systems, and heat pumps.
Non-standard structure analyses
- Analyses of complex phenomena such as flow processes, mixing, dynamic analyses, and contact problems.
- Performing analyses of unusual structures and technological processes as part of R&D projects or as commissioned services.
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