The ability to cut crisp and clear shapes straight from large sheets of material greatly improved the efficiency of many industries, including packaging, automotive, and consumer electronics.
By Cvetelin Vasilev
21 Jan 2022
This article will provide an overview of 3d printing technology and will explore recent projects, both completed and under development, that take advantage of this innovative technology.
By Reginald Davey
20 Jan 2022
Understanding defect dynamics and evolution in HEAs is complicated due to the wide and intricate configurational space in HEAs. Machine learning techniques have significant potential in defect detection in HEAs.
By Chinmay Saraf
21 Jan 2022
Metal additive manufacturing can produce a wide range of metals, but additive manufacturing with aluminum is used to develop parts specifically for the aerospace and automobile industry. This article explores production methods, advantages, and applications.
By Chinmay Saraf
19 Jan 2022
This article focuses on the different NDT methods that are used in the textile industry.
By Dr. Priyom Bose
19 Jan 2022
The University of Ottawa's biomechanics laboratory has been utilizing the Zwickiline single-column testing system for their studies into the material and biomechanical properties of skeletons and scales of fish. The lab's work is significant to the evolutionary biomechanics field and ZwickRoell is playing a large part in that.
As 3D printed components are becoming commonplace in the plastics industry, It is becoming more and more important to test these prototypes.Cubicure in Vienna relies of testing machinery from ZwickRoell.
Besides record levels of global passenger vehicles production, the automotive industry is also witnessing higher levels of investment in support of research and development activities.
The amount of automation used in the materials testing is increasing. This article discusses the trends for the use of robotic testing systems.
The characterization of composites and plastics under extreme temperatures can be difficult as performance becomes less reliable in these conditions. It is critical to have seamless integration of the temperature chamber and the extensometer in order to produce the best measurements.