… “state of the art”, and of the recent developments, in the fields of material yield and irreversible
deformation … interest within the realm of Condensed Matter Physics. The Conference was …

… stresses or deformation is of interest in comprehending diverse phenomena in soft matter.
They … , and granular matter. In different density and driving regimes, such behavior is related to …

… stress introduced by an external deformation. Therefore, a simple criterion for the emergence
of a … The jamming transition and existence of a yield stress in soft materials can therefore be …

… (in the simulation units [20]) separating jammed and moving phases. By analogy with the
behavior of soft condensed matter systems, we could define a flow viscosity for the dislocation …

… yielding transition below but in the vicinity of φ J when the strain with a small but finite
strain rate is applied. This yielding … We apply an oscillatory deformation using the Lees–Edwards …

… -jamming dynamics starts off, unfolds, develops, and ends. We follow the system through
various deformation modes: transitions, yielding, un-jamming … term plastic, irreversible events, …

… were able to rationalise a number of jamming phenomena including, in principle, the existence
at high enough colloid densities of brittle rather than yielding glasses. Brittle behaviour is …

… at small deformation amplitude, irreversible plastic deformations occur after yielding where
the loss … in a wide range of soft condensed matter systems across yielding, such as granular …

… transition observed in plastically deformed crystals, modeled … In the case of complex fluids
or soft condensed matter … susceptible to display jamming and shear yielding, due to the …

… the field of soft matter physics. I explain, in detail, the various features of soft matter systems
that … enough, plasticity and irreversible deformations take place as the material yields [41, 42…