Design for thermo-mechanical stability

In precision systems, thermal effects have a large influence on system performance, regarding accuracy and throughput, especially under extreme conditions (for example, vacuum or cryogenic). Therefore, it is crucial to give this aspect sufficient attention in the design phase. This article focuses on the control of thermal behaviour of precision systems. Topics include the proper choice of materials, design principles, passive or active temperature conditioning and the compensation of thermal deformations.

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References

Order of frictions and stiffnesses…

For lumped systems consisting of different frictions and stiffnesses, there has been confusion in literature about hysteresis curves and virtual play for many decades.

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In mid-April, the second edition of the Manufacturing Technology Conference and the fifth edition of the Clean Event were held together, for the first time, at the Koningshof in Veldhoven (NL).

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Particle contamination monitoring and cleanliness control are fundamental to micromanufacturing processes across diverse industries to achieve cost-effective production of high-quality and reliable microscale devices and components.