In narrow sense, the estimation material is limited to archeological artifacts.
In reservoir engineering, the knowledge of Pressure Volume Temperature (PVT) properties is of great importance for many uses, such as well test analyses, reserve estimation, material balance calculations, inflow performance calculations, fluid flow in porous media and the evaluation of new formations for the potential development and enhancement oil recovery projects.
Based on best practice available in the literature, the blast load estimation, material modelling and detailed numerical simulation are carried out and the response of a cable-stayed steel bridge (designed according to minimum requirements of the Australian Bridge Standard) under blast loads ranging from a small to large detonation at different positions above the deck and near pylon are obtained.
The general method of iterative regularization is concerned with application to the estimation of materials properties.
It highlights the fact that only two-electrode cells allow a good estimation of materials performance in electrochemical capacitors.
The main advantages of this methodology include: management of information among stakeholders and during all phases, visualization, scheduling, cost estimation, and materials tracking.
The general method of iterative regularization is concerned with application to the estimation of materials properties (e.g., example: thermal conductivity λ(T) and heat capacity C T)).
The objective of this paper is to search for a model which offers the best possible results of fatigue strength estimation for materials with properties which are intermediate between elastic-brittle and elastic plastic, such as aluminium alloys, and a further insight into them with regard to their fatigue strength.
(A ) We used lasso regression to select subsets of predictors that might enable accurate estimation (see 'Materials and methods').
A starting stage of estimation of material bioactivity is in vitro investigation of the material behavior under the conditions of direct contact with a model medium that is an analog of internal medium of organism.
A multiscale material defect simulation established to evaluate neutron induced damages on metals is applied to an estimation of material degradation in helium cooled molten lithium blankets in which four different spectral shifter materials are examined as a means of maximizing the tritium breeding ratio through proper shaping of the neutron spectrum.
