Rajendra K. Bordia: Coupled experimental and numerical investigation of evolution of anisotropic microstructures during stress-assisted and constrained sintering
YUCOMAT & WRTCS 2022
YUCOMAT & WRTCS 2022
Herceg Novi, Montenegro, 2022
YUCOMAT & WRTCS 2022
Openning
YUCOMAT & WRTCS 2022
Ana Senos lecture
YUCOMAT & WRTCS 2022
Hamish L. Fraser lecture
YUCOMAT & WRTCS 2022
Poster Session
YUCOMAT & WRTCS 2022
Competition : : Best Poster Presentation
YUCOMAT & WRTCS 2022
Prof Uskokovic Welcome speech
YUCOMAT & WRTCS 2022
Herceg Novi, Montenegro, 2022
YUCOMAT & WRTCS 2022
Herceg Novi, Montenegro, 2022
YUCOMAT & WRTCS 2022
Board members
YUCOMAT & WRTCS 2022
Herceg Novi, Montenegro, 2022
YUCOMAT & WRTCS 2022
Audience
YUCOMAT & WRTCS 2022
Discussion
YUCOMAT & WRTCS 2022
Boat Trip
YUCOMAT & WRTCS 2022
Poster Session
YUCOMAT & WRTCS 2022
Vladimir Torchilin lecture
YUCOMAT & WRTCS 2022
Discussion
YUCOMAT & WRTCS 2022
Darya Farrokhnemoun
YUCOMAT & WRTCS 2022
MRS Serbia
YUCOMAT & WRTCS 2022
Discussion
YUCOMAT & WRTCS 2022
Herceg Novi, Montenegro
YUCOMAT & WRTCS 2022
Desk
YUCOMAT & WRTCS 2022
Dušan Tripković
YUCOMAT & WRTCS 2022
Herceg Novi, Montenegro
YUCOMAT & WRTCS 2022
Boat Trip
YUCOMAT & WRTCS 2022
Audience
YUCOMAT & WRTCS 2022
Yury Gogotsi lecture
YUCOMAT & WRTCS 2022
IISS

Eugene A. Olevsky

College of Engineering, San Diego State University

 

The existing challenges in modeling of sintering should be considered as incentives for further scientific endeavors, as opposed to serving as an impediment to the allowance for progress. Six possible directions of further developments in modeling of sintering are pointed out, including multi-scale modeling of sintering, development of on-line sintering damage criteria, modeling of nano-powder sintering, modeling of sintering with phase transformations or chemical reactions, modeling of field-assisted sintering, and the development of in- and post-3D printing sintering models.