Calculators

The purpose of this website is primarily to give an introduction to thermomechanics for precision engineers. And secondly to be a starting point for mechanical engineers in the quest for...


The purpose of this website is primarily to give an introduction to thermomechanics for precision engineers. And secondly to be a starting point for mechanical engineers in the quest for knowledge how to solve thermomechanical problems, as well as to get an understanding how thermomechanics affects a mechanical design.

Since this is a website by engineers for engineers, we are happy to receive your comments on this website. Please contact us at: info@dspe.nl

List of calculators:

  • Lump Mass model – steady state
    Calculate the temperature of a model with multiple bodies connected with conduction, convection and radiation couplings.
  • Lump Mass model – transient
    Calculate the temperature of a model with multiple bodies connected with conduction, convection and radiation couplings. The steady state temperature situation and the temperature distribution in time can be calculated.
  • Radiation
    Two bodies transfer heat via radiation to each other and to the environment.
  • Gas conduction
    Calculate the thermal conduction between two bodies, separated by a gap filled with gas.
  • Thermal deformation
    Calculate the deflection of a multi layer strip due to temperature.

References

Successful pilot of new training…

August 08, 2014 – The training ‘Advanced mechatronic system design’ (AMSD) is set-up in a masterclass manner with a mix of presentations and exercises by renowned system architects in combination...

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Mikroniek April 2019: Thermal control

The April issue of Mikroniek features the theme of thermal control. Today, thermomechanics is crucial for successfully designing precision systems, especially optical systems – DSPE runs a Special Interest Group...

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Senior en junior precisietechnologisch talent…

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