Suchergebnisse für „Fatigue-Resistance“  10

Artikel  7

11.10.2026

Building Industrial Humanoids: The Materials Challenge

With the growing attention and interest in humanoid robots, there are still questions around go-to-market strategies for humanoid players. This article from IDTechEx Seni...

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Extreme high-speed Laser Material Deposition (EHLA) enables the additive deposition of functional surfaces with high precision and speed. This allows components to be efficiently coated, repaired, or manufactured with close-to-final-contour precision.
10.06.2026

Longer Service Life for Moulds and Tools

Manufacturing and maintaining die-casting tools professionally is crucial to the foundry industry: As one of the most expensive assets, these tools play a decisive role i...

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23.10.2025

PFAS-Free Solutions for Wear and Friction Applicaitons

Envalior recognizes a growing need for polytetrafluoroethylene (PTFE)-free materials for high-performance Wear & Friction applications, that are sustainable, economical,...

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04.07.2025

New Test Method for Fatigue Resistance of Thermoplastics

The SKZ Plastics Center is developing a new testing and evaluation method based on intermittent tensile tests in a research project to efficiently determine application-s...

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17.06.2025

Low Temperature Joining of Ni-Based Superalloys with Ni-Nanoparticles

This article explores joining with nickel nanoparticles, which melt and sinter at lower temperatures than bulk nickel - offering a promising alternative to conventional b...

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A boost for new propulsion systems: Laser material deposition (LMD) is intended to ensure faster and more cost-effective production of propulsion nozzles for the next generation of rockets in the Ariane program (pictured: successful launch of an Ariane 5).
29.10.2024

Green Aerospace with 3D-Printing

The European Commission's targets are ambitious: the ReFuelEU Aviation Regulation stipulates a 60 percent reduction in CO₂ emissions from aviation by 2050 compared to 199...

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Die neue Technologie vereint die Prozessschritte Dosieren und Voraktivieren mittels Licht und ermöglicht so innovative Ansätze zur Produktgestaltung.
13.04.2022

Neue Prozesstechnologie für Hightech-Klebstoffe

Mit der Durchflussaktivierung hat DELO eine innovative Prozesstechnologie entwickelt, bei der die Dosierung und Voraktivierung des Klebstoffs erstmals in einem Prozesssch...

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