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Yong Zhang - Data-Driven Developments of Entropic Materials under Extreme Conditions, Häftad

Häftad, Engelska, 2026

Data-Driven Developments of Entropic Materials under Extreme Conditions

Av Yong Zhang

3709 kr

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Beskrivning
Data-Driven Developments of Entropic Materials Under Extreme Conditions is a unique resource that offers readers an up-to-date understanding of data-driven design and development of entropic materials, including their behavior in extreme states. Drawing on examples and current research, the book covers the use of advanced data science in the development of high-entropy alloys, the dynamic behavior of entropic materials, and the development of entropic materials for nuclear, cryogenic, and high temperature applications.

  • Describes the use of advanced data science in the development of entropic materials
  • Covers the behavior of entropic materials in extreme conditions, such as nuclear, cryogenic, and high temperature environments
  • Provides guidance on current and future developments in entropic materials
Produktinformation
  • Utgivningsdatum: 2026-11-01
  • Mått: 152 x 229 x undefined mm
  • Format: Häftad
  • Språk: Engelska
  • Antal sidor: 232
  • Förlag: Elsevier Science
  • ISBN: 9780443342400
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Mer information

Dr. Yong Zhang is a scientist in the field of High entropy alloys (HEAs) and has published more than 300 research articles. The first body-centred cubic HEA was synthesised with high strength and entropy. He is also a committee member of the amorphous Metals Society, China Materials Research and Nuclear Materials Society. Dr Zhang participated in organizing many conferences on HEAs. He is also a guest professor at the North Minzu University of China. He has been selected as one thousand talents and new century excellent talent of the Ministry of Education. He has edited albums of “Serration and Noise Behaviours in Advanced Materials” and “Nanostructured HEAs”. “The new advances in HEAs”, “bcc structured HEAs”, etc. Professor Zhang devoted himself to studying serration behaviour, high-throughput technology and collective effect in materials science.

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