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Purdue researchers develop new type of intelligent architected materials

Purdue University civil engineering researchers have developed patent-pending intelligent architected materials that can dissipate energy caused by bending, compression, torque and tensile stresses, avoiding permanent plastic deformation or damage, and

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Purdue researchers develop new type of intelligent architected materials

Purdue researchers develop new type of intelligent architected materials
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Purdue researchers develop a new type of intelligent architected materials for industry applications

Purdue researchers develop a new type of intelligent architected materials for industry applications
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New Intelligent Industrial Materials Developed by Researchers

New Intelligent Industrial Materials Developed by Researchers
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Purdue Researchers Develop New Type of Intelligent Architected Materials for Industry Applications

The materials can dissipate energy caused by bending, compression, torque and tensile stresses.

Purdue-university , Indiana , United-states , Vietnam , Republic-of , Lyndat-engelhardt , Pablo-zavattieri , Indiana-technology , International-journal-of-solids , Us-air , National-science-foundation , Manufacturing-companies

Purdue Researchers Develop New Type of Intelligent Architected Materials for Industry Applications

The materials can dissipate energy caused by bending, compression, torque and tensile stresses.

Purdue-university , Indiana , United-states , Vietnam , Republic-of , Pablo-zavattieri , Lyndat-engelhardt , Us-army , National-science-foundation , Us-air , International-journal-of-solids , Indiana-technology

Extreme Cold-Bending: Geometric Considerations and Shape Prediction with Machine Learning

This paper presents work undergone for a set of four high-rise towers, featuring 11,136 unique cold-bentpanels, hundreds of which are pushed beyond 250mm.

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Charles Steele, expert in a wide range of scientific areas, has died

Charles Steele, expert in a wide range of scientific areas, has died
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Shen appointed assistant professor of civil & environmental engineering at Clarkson

Shen appointed assistant professor of civil & environmental engineering at Clarkson
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The Development of High Temperature Nanoindentation

The Development of High Temperature Nanoindentation
Sponsored by Alemnis AGMay 26 2021
High-temperature nanoindentation is a popular method with numerous applications in materials science, bioscience, coatings and additive manufacturing. The method is generally utilized for the investigation of the mechanical properties of materials at small length scales.
Since mechanical properties are usually temperature-dependent, the development of high-temperature nanoindentation will have a significant impact relative to industrial applications where materials are used or processed at high temperatures.
The Development of Nanoindentation
Indentation tests cover a range of techniques for identifying the mechanical properties of materials.
These tend to follow the same format: indent a test material with a probe until an impression is created, and characterize the mechanical properties of this material dependent on the size of the load, displacement of the indenter and sample, as well as the impression’s geometry.

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