Обсуждение:Michael Szelwis: "Particle-reinforced composites simulated by cohesive discrete elements" — различия между версиями

Материал из Department of Theoretical and Applied Mechanics
Перейти к: навигация, поиск
(Новая страница: «* Who has performed the previous work? Give the reference please, and if possible - attach the paper. ~~~~»)
 
 
(не показаны 3 промежуточные версии 2 участников)
Строка 1: Строка 1:
 
* Who has performed the previous work? Give the reference please, and if possible - attach the paper.
 
* Who has performed the previous work? Give the reference please, and if possible - attach the paper.
 
[[Участник:Антон Кривцов|Антон Кривцов]] 06:49, 5 июля 2011 (MSD)
 
[[Участник:Антон Кривцов|Антон Кривцов]] 06:49, 5 июля 2011 (MSD)
 +
 +
"For this region ... the stress-strain behaviour of the model doesn't represent the real material's behaviour anymore". Why? [[Участник:Антон Кривцов|Антон Кривцов]] 06:58, 5 июля 2011 (MSD)
 +
 +
* How the periodic boundaries can be applied in Y direction?
 +
* Please show calculations of the equilibrium distance between particles. Why it can't be in the range from 0 to R?
 +
''updated with more detailed calculations'' [[Участник:Mszelwis|mszelwis]] 14:23, 15 августа 2011 (MSD)
 +
* Please give the values of the calculation parameters in a form of table: quantity-value-unit. The table should alow anybody to do the same computer experiment again.
 +
* What about using particles with different radii?
 +
[[Участник:Антон Кривцов|Антон Кривцов]] 07:22, 5 июля 2011 (MSD)

Текущая версия на 18:26, 16 мая 2012

  • Who has performed the previous work? Give the reference please, and if possible - attach the paper.

Антон Кривцов 06:49, 5 июля 2011 (MSD)

"For this region ... the stress-strain behaviour of the model doesn't represent the real material's behaviour anymore". Why? Антон Кривцов 06:58, 5 июля 2011 (MSD)

  • How the periodic boundaries can be applied in Y direction?
  • Please show calculations of the equilibrium distance between particles. Why it can't be in the range from 0 to R?

updated with more detailed calculations mszelwis 14:23, 15 августа 2011 (MSD)

  • Please give the values of the calculation parameters in a form of table: quantity-value-unit. The table should alow anybody to do the same computer experiment again.
  • What about using particles with different radii?

Антон Кривцов 07:22, 5 июля 2011 (MSD)