Login für Abonnenten

Please log in to read subscribed content.




  • Content
  • Events Calendar
  • Editorial team
  • Subscription
  • Media
  • Newsletter
wire
wire
  • Reports
  • Business
  • Research + Development
  • Products
  • Whitepaper
  • Call umformtechnik.net
  • Issues digital
search.box
  • Content
    • Reports
    • Business
    • Research + Development
    • Products
    • Whitepaper
    • Call umformtechnik.net
    • Issues digital
  • Events Calendar
  • Editorial team
  • Subscription
  • Media
  • Newsletter

24/09/2020 – Weaving technology

Woven cellular metals made of wires

A team of researchers at the TU Dresden has succeeded in producing three-dimensional cellular metals from wires with the help of weaving technology. The patented structure enables the production of metallic lightweight materials with a wide range of properties and offers new possibilities for lightweight metal construction.

Previous image Next image
Zellulare-Metalle.jpg

Fig. 4: Multilayer cell composite with closed cover surface . © ITM, TU Dresden, Mirko Krziwon

 
Zellulare-Metalle.jpg

Fig. 1: Cellular metals from wire developed at the ITM of TU Dresden. © ITM, TU Dresden, Mirko Krziwon

 
Zellulare-Metalle.jpg

Fig. 2: Cubic cell geometry. © ITM, TU Dresden, Mirko Krziwon

 
Zellulare-Metalle.jpg

Fig. 3: Cylindrical cell geometry. © ITM, TU Dresden, Mirko Krziwon

 
Zellulare-Metalle.jpg

Fig. 4: Multilayer cell composite with closed cover surface . © ITM, TU Dresden, Mirko Krziwon

 
Zellulare-Metalle.jpg

Fig. 5: Cellular metal from flat wire with closed and open cover layer areas. © ITM, TU Dresden, Mirko Krziwon

 
Zellulare-Metalle.jpg

Fig. 6: Spatially transformed cellular metal. © ITM, TU Dresden, Mirko Krziwon

 
Zellulare-Metalle.jpg

Fig. 7: Detail of the shaped cellular metal. © ITM, TU Dresden, Mirko Krziwon

 
Back to article

Further articles for:

  • Institute for Textile Machines and Textile High Performance Materials Technology at TU Dresden
  • ITM
  • TU Dresden
  • weaving
  • cellular metals
  • joining
  • lightweight
Jörg Dambock
Editor-in-chief

Jörg Dambock

Institute for Textile Machines and Textile High Performance Materials Technology at TU Dresden

  Show company
  • Most read
  • Latest

04/08/2025

Additional 8,000sqft of space and nearly £100,000 on new technology

AWI expands into additional units

By  Jörg Dambock

25/09/2025

Wire processing

Advanced CNC wire forming and tube bending solutions

By  Jörg Dambock

31/10/2025

Wireco introduces “Boomfit”

Steel rope for telescopic, crawler, and tower cranes

By  Jörg Dambock

01/09/2025

September 2025 in Versailles

International Congress of Spring Industry

By  Jörg Dambock

25/09/2025

Innovation, capacity and sustainability

Madem Reels Group announces new plant in Spain

By  Jörg Dambock

06/11/2025

New standards for high-voltage components for e-mobility

Fast charging as a crucial factor

By  Jörg Dambock

05/11/2025

Quality management

Precise splice detection

By  Jörg Dambock

04/11/2025

Marking in the cable industry

Precision that connects

By  Jörg Dambock

03/11/2025

On our own account - WIRE

Review of the industry - week 44/2025

By  Daniel Keienburg

03/11/2025

Two 300-ton basic oxygen furnaces (BOF) plus secondary metallurgy now in operation

Extensive expansion of steelmaking plant in record time

By  Jörg Dambock

  • Meisenbach Verlag
  • Imprint
  • Data Privacy
  • Media
  • Twitter
  • RSS Feed
Meisenbach Logo