Scientists at the theoretical institutes, Chinese Academy of Science and Cybermedia Center at Osaka University performed extensive computer simulations to generate and examine random packing of ...

Imagine placing oranges or tennis balls into a rigid container. How can the balls be arranged such that they occupy the largest volume fraction of the container, otherwise known as the largest packing ...

EXTENSIVE investigations 1 have been carried out on the packing and subsequent stability of randomly packed beds of equal, rigid spheres. It was of specific interest, therefore, to obtain precise ...

Researchers show that, unlike the crystalline close packing of spheres, random close packing or jamming of spheres in a container can take place in a broad range of densities and anisotropies.

Researchers at Chinese Academy of Science and Osaka University show that, unlike the crystalline close packing of spheres, random close packing or jamming of spheres in a container can take place in a ...

Sphere packing, a mathematical problem in which non-overlapping spheres are arranged within a given space, has been widely investigated in the past. It has been proven that the densest possible ...

Heats of fusion of inert gases can be calculated using a random close packed model of the liquid and intermolecular potential functions of the Lennard-Jones 6–12 type. Experimental agreement is ...