This physical model describes the behavior of cast iron with and without free chlorine and at any time of immersion.
However successful calculations depend not only on the proper selection of geomechanical properties of rocks but mainly on the proper selection of a physical model describing the behavior of the rock mass and a selection of the correct failure criterion.
Results of 1-g physical model tests addressing the behavior of yielding cantilever retaining walls with expanded polystyrene (EPS) and extruded polystyrene (XPS) geofoam compressible inclusions are discussed.
Secondly, we integrate a consistent microscopic, 3D spatially-resolved physical model for the electrochemical behavior of the lithium-ion cells taking lithium plating and stripping into account.
For this new channel family, there is no existing physical model to quantitatively describe the behavior of TMEM16A calcium-activated chloride channel (CaCC) activation.
These mathematical, physical models describe the behavior of different types of pavement systems and they will be studied in great depth.
Most researches on the permeability stress-sensitivity of tight gas reservoirs mainly concentrated on experimental approach, physical modeling or pressure behavior analysis, while transient production rate performance does not attract much attention.
The history of introducing physical models into animal behavior studies has progressed into a recent surge of animatronics, or the use of kinetic models.
At this stage, we contrast the stochastic behavior of the physical model, where each group gets different results due to random mixing and distribution of beans, with the deterministic behavior of the mathematical model.
Examples include a moving average method by Keles et al. (2004), a Hidden Markov Model (HMM) approach by Li et al. (2005), TileMap by Ji and Wong (2005) using moving averages or an HMM to account for information of adjacent probes, or PMT by Chung et al. (2007) that integrates a physical model to correct for probe-specific behavior.
