Introducción > Cálculos de resistencia y análisis dinámicos > Tipos de cálculos de resistencia
Types of strength calculations
Strength calculations and dynamic analyses for technological facilities in the following areas
- Sewerage plants and water management facilities
- Power engineering
- Chemical and petrochemical industry
- Nuclear power engineering
Strength calculations
- Pipelines including storage and support steel constructions
- Pressurized vessels, apparatuses and tanks of different shapes, types and sizes including anchoring
- Steel constructions
- Cranes, lifting mechanisms and assembly tools
- Pumps and fittings
- Flange connections
Load strength calculations
- By static method
- By dynamic method (including the special load, e.g. wind, seismic, operating vibrations, etc.)
- Based on thermal field (stationary and non-stationary field including shocks)
Strength calculations of different types
- Static (own data and shapes even in the complex domain, harmonic vibration, development according to own shapes, direct integration for linear and non-linear systems)
- Seismic for arbitrary defined excitation including spectral response method (mono and multi-spectral analysis) and HCLPF factor calculation
- Thermal field calculation and thermo-mechanical calculation (stationary, non-stationary, linear, non-linear)
- Fatigue
- Stability
- Different special issues, for example, contact issues, interaction issues of liquid – elastic material, rupture mechanics, high thin stack vibration in wind including damper design, etc.
Other activities
- Strength calculations according to different standards
- Strength calculations from the basic (standard) to the most complex control calculations (most often MKP calculations)
- Equipment status documentation considering the strength problems
- Measurement result assessment
- (temperatures, vibration, displacements, etc.) from the standpoint of strength and life of the machine
- Residual life calculation or controlled ageing
- Probability methods in strength calculations
- Pipeline route/technological facility inspections
- Non-calculation assessment of the pipeline routes for static and seismic load
- Consultancy for strength calculations
- larger sub-supplier systems
- interdisciplinary coordination
- Strength calculation opinions
- Methodological material processing for strength calculation
- Programmer activities
- 3D modelling of constructions and technological facilities including drawing documentation
