Multicyclic modelling of softening in biological tissue

Non-Local Modelling of Strain Softening in Machining Simulations

Non-local damage model for strain softening in a machining simulation is presented in this paper. The coupled damage-plasticity model consists of a physically based dislocation density model and a damage model driven by plastic straining in combination with the stress state. The predicted chip serration is highly consistent with the measurement results.

Thermoacoustic resonance effect and circuit modelling of biological tissue

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Rigid proteins and softening of biological membranes-with application to HIV-induced cell membrane softening.

A key step in the HIV-infection process is the fusion of the virion membrane with the target cell membrane and the concomitant transfer of the viral RNA. Experimental evidence suggests that the fusion is preceded by considerable elastic softening of the cell membranes due to the insertion of fusion peptide in the membrane. What are the mechanisms underpinning the elastic softening of the membra...

Multicyclic treelike reflexive graphs

Birth and growth of multicyclic components in random hypergraphs

Define an `-component to be a connected b-uniform hypergraph with k edges and k(b − 1) − ` vertices. In this paper, we investigate the growth of size and complexity of connected components of a random hypergraph process. We prove that the expected number of creations of `-components during a random hypergraph process tends to 1 as b is fixed and ` tends to infinity with the total number of vert...