In recent years, new advancements have been achieved in the reservoir description, reservoir engineering design, well drilling technology, well completion technology and producing technology for thin-layer reservoirs, high-cut-water thick-layer positive rhythm reservoirs, buried hill heavy oil reservoirs, extra-heavy oil reservoirs, and complicated fault-block reservoirs.
These studies may provide a more reasonable mechanistic description or engineering instruction on boiling heat transfer.
The characteristics of curves and surfaces for the description of engineering shapes are discussed in the chapter.
The study aims at demonstrating the importance of uncertainties related to wind and wave description for engineering applications and not at systematic quantification of all sources of uncertainties.
Albeit the relationships are derived on the assumptions for hydrodynamic processes, their generality of form and ease of implementation make them a useful first-order description for engineering insight and application over a broad range of velocities.
Due to the fact that the main issue in this investigation is description of engineering suitability of the rock masses exposed at the proposed landfill site, the rock properties to be required for landfill construction and design were identified as a priority, and finally drainage and filtration materials, leachate collector system, covering and gas venting system were proposed.
The isogeometric paradigm is aimed at unifying the geometric and analysis descriptions of engineering problems.
Characterisation of stress state is fundamental to geomechanical descriptions for engineering purposes.
Obtaining fractal descriptions of engineering surfaces and wear particles requires surface topography information to be measured, digitized and processed.
An important geometric and linear algebraic problem denoted as vector orthogonalization, fundamental to handle contact detection and contact force descriptions in engineering applications, is here considered.
