Calculations

Technical calculations for mechanical engineering and engineering

This section provides online calculators and technical calculation tools for mechanical engineering, design, plant engineering and engineering.

The tools help engineers, designers, technicians and students run technical calculations quickly, directly in the browser.

What are the calculation tools used for?

Technical calculations are an essential part of developing, designing and sizing machines, plants and technical components.

Typical applications:

  • mechanical engineering and CAD design
  • plant engineering and special-purpose machinery
  • mechanics and strength calculation
  • drive technology
  • hydraulics and pneumatics
  • manufacturing technology
  • technical education and study

Planned calculation modules

The section is continuously expanded with new engineering tools.

  • shaft and axle calculation
  • bearing calculation
  • bolt calculation
  • fit and tolerance calculator
  • torque and power calculation
  • hydraulic and pneumatic calculators
  • weight and volume calculation
  • material and strength calculators
  • unit conversion for technical applications
  • CAD and manufacturing calculators

Benefits of online calculations

  • fast results without installing software
  • direct use in the browser
  • support for engineering tasks
  • easy to use
  • ongoing expansion with new functions
  • suitable for design and technical planning

Who are the tools for?

  • designers
  • engineers
  • project managers
  • mechanical engineers
  • technicians
  • students of technical subjects
  • manufacturing and production companies

FEM 1.5 CalculiX

Information about FEM 1.5 CalculiX (tap briefly to open) FEM 1.5 CalculiX – onl...

Injection Molding Analysis 2.0

Injection-Molding DFM-Check und Füllsimulation aus STEP: Wandstärke, Fließweg, Druck, Füllbarkeit, M...

Injection Molding Screw Drive 1.1

Spritzgiessmaschine 1.4a – L_f→L_c→L_m (H(l), M_compression), Einspritzen/Hydraulik,...

Single-Screw Extruder 1.3

Einschneckenextruder 1.3 – Betriebspunkt Q* aus Schnecke ∩ Werkzeug, Druckprofil, Antrieb, Axiallast...

FEM 1.0 Code_Aster

FEM-Berechnungen mit Code_Aster: STEP → Gmsh → MED → lineare Statik, Von Mises (P95/P98) und...

Request
Select fileAttach your files