Taku Sakai is affiliated with the University of Electro-Communications in Japan. Their research primarily focuses on engineering and materials science, with significant contributions in mechanical engineering and biomaterials subfields alongside aerospace engineering and materials chemistry.
The scientist's work explores topics related to magnesium alloys, aluminum alloy composites and microstructure properties, microstructure combined with mechanical properties, advanced welding techniques, and high-velocity impact and material behavior.
Recent papers authored or coauthored by Taku Sakai include:
Frequent coauthors in Sakai's publications include Xi Chun, Xuyue Yang, Qinghuan Huo, X.G. Qiao, and I.S. Golovin, reflecting collaboration across multiple studies.
The scientific output has been published notably in the following venues:
Sakai's research integrates knowledge from engineering disciplines with materials science, emphasizing the properties and applications of magnesium alloys and aluminum alloy composites. The work covers detailed studies on microstructural influences on mechanical behavior and work-hardening phenomena, alongside investigations into creep resistance and anisotropy in metallic alloys under various processing conditions.
Taku Sakai;Andrey Belyakov;Rustam Kaibyshev;Hiromi Miura
A. Belyakov;T. Sakai;H. Miura;K. Tsuzaki
A. Belyakov;H. Miura;T. Sakai
T. Sakai;H. Miura;A. Goloborodko;O. Sitdikov
A.M Wusatowska-Sarnek;H Miura;T Sakai
A Belyakov;K Tsuzaki;H Miura;T Sakai
Xuyue Yang;Hiromi Miura;Taku Sakai
A Belyakov;T Sakai;H Miura;R Kaibyshev
Unknown
N. Dudova;A. Belyakov;T. Sakai;R. Kaibyshev
O. Sitdikov;T. Sakai;E. Avtokratova;R. Kaibyshev
T. Sakai;M. Ohashi;K. Chiba;J.J. Jonas
A. Belyakov;W. Gao;H. Miura;T. Sakai
Unknown
T. Sakai;A. Belyakov;A. Belyakov;H. Miura
I. Mazurina;T. Sakai;H. Miura;O. Sitdikov
Arthur Galiyev;Rustam Kaibyshev;Taku Sakai
Jie Xing;Hiroshi Soda;Xuyue Yang;Hiromi Miura
A. Takayama;X. Yang;H. Miura;T. Sakai
C. Kobayashi;T. Sakai;A. Belyakov;H. Miura
W. Gao;A. Belyakov;H. Miura;T. Sakai
A Goloborodko;O Sitdikov;R Kaibyshev;H Miura
If you think any of the details on this page are incorrect, let us know.
For students interested in Mechanical and Aerospace Engineering, exploring complementary fields can provide valuable career flexibility. For instance, accelerated speech language pathology programs offer a streamlined pathway into healthcare roles that emphasize communication skills—an important asset in multidisciplinary engineering teams. To learn more, check out accelerated slp programs.
Those curious about behavioral science might consider how profiling and analysis play a role in high-stakes environments. The FBI behavioral analysis unit, for example, combines psychology with investigative techniques. Understanding such roles can inspire engineering professionals interested in security systems or forensic applications. More details on this career can be found at fbi behavioral analysis unit.
Counseling professions also intersect with engineering fields, particularly in occupational health or team leadership. Exploring different counseling degrees can help identify programs aligned with your career goals and personal growth. Explore the options through different counseling degrees.
For those looking for a more accessible entry point, accredited easiest counseling degree programs provide an opportunity to gain essential interpersonal skills without lengthy commitments. These can complement technical expertise and enhance workplace communication. Discover these options at accredited easiest counseling degree programs.
Technical University of Berlin
Tel Aviv University
The University of Texas Health Science Center at Tyler
Boston University
University of Naples Federico II
Spanish National Research Council
University of Wisconsin–Madison
University of Tehran
École de Technologie Supérieure
University of Louisville
Kyung Hee University
National Institutes of Health
Ludwig-Maximilians-Universität München
University of Helsinki
Aristotle University of Thessaloniki
National Central University
