… dissipation because they have a larger vertical impact area, whereas the triangular-prism-shaped
baffles promote lateral collision owing to their two inclined faces in the upstream …

… Their model considers energy dissipation before impact by changing the incoming velocity.
… The barrier stiffness highly influence the flow impact loading and energy dissipation process…

… other, the kinetic energy of the flowing granular materials is dissipated through binary collisions
of … of energy dissipation during binary impacts is crucial to accurately analyse the flow of …

… used particle flow numerical simulation tests to analyze the mechanical properties of rock …
perspective of mesomechanics and explained the energy dissipation, crack propagation. Dai …

… Therefore, in this investigation, for 213 × 10 3 < R r < 360 × 10 3 and 861 < W < 4,066 ,
the impacts of viscosity and surface tension on vortex flow are ignorable. Therefore, η was …

… , size and gap of impact wall affects the flow conditions and ultimately scour … impact wall
of size 1.5d × 3d (IW4) dissipates more energy of flow and found to perform better for all flow …

… tests and attempted to compare energy dissipation among stepped channel and drop and
… in terms of relative energy dissipation. However, the large impact of falling water on the …

… energy dissipated in agglomerates during impact. ► The energy loss is proportional to the
kinetic energy. … For intermediate values of impact velocity the behaviour is non-linear. ► The …

… flows over small, stepped, homogeneous gabion spillways to quantify accurately the energy
dissipation … In nappe flow, energy is dissipated in two stages, on impact with the flat surface …

… of viscous energy dissipation. It is predicted that for sufficiently high impact velocities there
will be some melting, and that for sufficiently low velocities the dissipation will prevent the …