Peak Stress
PEAK STRESS offers engineering services in the field of machine and device design and strength calculations. The main branch of our activity are computer simulations using the Finite Element Method (FEM). PEAK STRESS has many years of experience in the dimensioning and optimization of mechanical solutions. Our competences include the construction of large elements, products and machines, as well as complex advanced mechanical solutions in which precision and quality are key parameters.
PEAK STRES has built a network of talented freelance engineers representing such fields of engineering as construction, automation, mechanics, energy and fluid mechanics. Thanks to this network, which currently consists of over 20 members, we carry out multidisciplinary projects. We also work with well-known manufacturers from the chemical, petrochemical and energy industries, and together with our production partners we have the opportunity to install and assemble equipment on site.
- Analysis of factors affecting quality, functionality and price
- Machine and product design based on the customer’s specification
- Creating new concepts and improving them for new solutions
- Optimization of existing solutions
- Technical documentation
- Defining project assumptions and assessments
- Creating prototypes of products (3D printing and unit production at our partners)
- Measurements and vibration damping using optical methods and accelerometers (amplitudes of displacements and accelerations of vibrations)
- Devices, equipment and machine elements
- pressure vessels, heat exchangers (EN13445)
- joints (bolted, welded)
- silos, containers, tanks, stacks and pylons
- Steel structures
- Composite structures
- Pipeline systems
- Other types of equipment and structures
- Linear Analysis
- Non-Linear Analysis ( contact non-linearity, material non-linearity, geometric non-linearity)
- Leakage Analysis (linear gasket, non-linear gasket)
- Buckling Analysis (linear, non-linear)
- Steady state Thermal
- Thermal Coupled
- Transient Thermal
- Single-phase fluid flow
- Multi-phase fluid flow
- Calculation of stationary and non-stationary temperature distribution
- Modal analysis (both natural and forced oscillation)
- Transient Dynamic Analysis
- Random Vibration Analysis
- Response Spectrum
- Multi Body (Rigid) Dynamic Analysis
- Stress-Life / Strain Life Approach
- Weld Fatigue Analysis
- DNV Standard Fatigue
- ASME Standard Fatigue
- Shape optimization
- Goal function driven optimization
- FEA: (ANSYS APDL, ANSYS WORKBENCH, SIEMENS NX NASTRAN, LS DYNA
- CFD: (Ansys Fluent and CFX)
- 3D Modeling and Drawings: (Siemens NX, Solid Works, Solid Edge, AutoCAD, Space Claim, Catia)