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Static Strength Calculations

Check the stress resistance of the part or whole product, so it won't break or yield in the real life.

Static Strength Calculations

SSC Analysis

Static strength shows the ability of a material to resist externally applied forces without breaking or yielding. It becomes especially important when required to assess the stress resistance of parts or the whole product. During static strength calculations, two main factors are crucial:

1. Stress Distribution Analysis

Analysis of stress components over the volume of structural elements. Based on this, engineers can identify vulnerable parts and optimize the design to achieve uniform strength.

2. Maximum Stress Values

Evaluation of peak stress levels in the material. This allows engineers to estimate the reliability of the structure and its ability to withstand loads without collapsing.

OUR SERVICES IN SSC

With the help of unique solvers and the necessary competencies, our engineers are ready to perform static strength analysis tasks, including:

  • Linear statics – strength calculation, determination of deformations, stresses, forces in elements, and safety margins;
  • Stability of structures – calculation of critical forces under which the structure loses its stability;
  • Nonlinear analysis – accounting for geometric and physical nonlinearity (finite displacements, rotations, and plastic material properties);
  • Contact tasks – modeling complex interactions between assembly components;
  • Natural frequencies and forms – analysis of free oscillations of the structure.
  • Dynamic harmonic and random response – behavior assessment under polyharmonic or random loading;
  • Structure-medium interaction – strength and dynamic analysis of elastic structures in liquid or gas;
  • Thermal processes – stationary and non-stationary non-linear analysis of heat flows and temperature fields;
  • Dynamic transient processes – calculation of structural behavior over time under non-stationary external loads;
  • Sensitivity analysis – determination of how design changes (thickness, sections) affect overall results for project optimization.

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Looking forward to further communication,

With the best regards,

GloBAS Engineering Team

UAE, Dubai, P.O.Box 43585

Phone: +971 056 240 6055

voronkina@globasgroup.com

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