Processes elastic

The energy which drives the fragmentation process (elastic plus kinetic) is determined by the dynamic loading conditions and does not directly depend on the properties of the material at issue. The fragmentation energy, on the other hand, is an intimate property of the material and can depend in a complex way on the thermal and dynamic conditions at spall, as well as on the deformation history of the material leading to spall. 

The starting time for rheological measurements correspond to t = 120 min. Indeed, the rheological parameters were only recorded during the rennet-induced coagulation phase to avoid structural modifications during the acidification phase which may consequently influence the gelation process. Elastic and viscous properties of reconstituted milks... 

In retrospect, it should not be surprising that a time independent theory modeled after elasticity theory does not apply to a plastic flow process. Elastic deformation is conservative with the work done on the material stored as elastic strain energy. Plastic deformation is non-conservative with the work done on the material dissipated as heat, or converted into internal defects... 

A resonance thus occurs from the constructive interference of the many trajectories which contribute to the process (elastic scattering in this case). To see this more explicitly, suppose the energy is far below the top of the barrier so that... 

Trade Name Manufacturer Composition (wt%) Density (g/cm ) Grain Size (pm)- Microstructure Diameter (pm) Fibers- Tow Process Elastic Modulus (GPa) Strength (GPa) CTE c (ppm/ °C) Thermal Conductivity Electrical Conductivity Comments... 

The two processes elastic scattering and absorption are independent, and their respective distribution functions are... 

The interfacial processes that influence adhesion are examined. These are the microscopic processes (wetting, adsorption and charge transfer) and the macroscopic processes (elastic energy storage, the elimination of voids, and dissipation of energy during separation). 

In the next three subsections (extracted from the work of Miller [13]) we will discuss briefly molecular collision processes (elastic, inelastic and reactive scattering), perhaps the most well-defined and rigorous approach to studying chemical dynamics. 

---