The experimental data were compared with numerical simulations and insight was provided into the effects of equivalence ratio, strain rate, heat loss, particle size and type, gravity, and flame configuration.
This investigation also revealed that solvent type, evaporation rate, and gravity did not contribute to stratification of thermosetting coatings.
In addition, the effect of water cut, temperature, salinity and cation type, and composition on specific gravity, API gravity, kinematic and dynamic viscosities and surface tension were investigated.
Numerical results show the effects of soil type, surface flux, capillarity, and gravity on the saturation distribution in the soil.
Experiments and simulations of the new incremental S1 method were performed on a range of rock types and API gravities (Black oil < 40, Volatile oil 40 45, Gas condensate ≥ 50 and Wet gas > 50).
The comb-type breakwater (CTB) is a new type of gravity breakwater and evolved from the conventional caisson breakwater, with part of the rectangular caisson being replaced by a thin side plate.
In this study, scaled models of one traditional solid gravity anchor and one new type hollow gravity anchor are released under the water, and their anchoring processes are experimentally recorded and numerically simulated.
These variations depend on intrinsic and extrinsic factors regarding, on the reservoir side, such as effective stress, fluid type, gravity and saturations, porosity, permeability together with the characteristics of the injected fluids and injection pressure, among others.
Nakano and Nishimura (2013) estimated one type of gravity model with cross-hauling using a survey on interregional transactions and constructed three-regional IOTs of Japan.
