Ground condition and material specifications are considered based on acceptable standards.
Additionally, design parameters, including the reactor geometry and porous material specifications, are discussed.
In the 2D version, the shield material specifications are made more general as having the pertinent cross sections.
The design features and material specifications are laid out, as well as resources for installation and inspection.
In the first part, the design features and the material specifications are covered, along with structural steel, mechanical properties, conventional materials, and innovative materials.
Boundary conditions, initial values and material specifications are provided by industrial measurements, laboratory experiments and a combination of empirical and thermodynamical data.
While the nominal material properties given in material specifications are suitable for design purposes, for the generation of realistic numerical parametric results that are 'equivalent' to physical experiments, material properties that are representative of actual structural members are required.
High and low emission scenarios (IPCC A1FI and B1) are used in combination with downscaled temperature projections and code-recommended material specifications are used to model carbonation and chloride-induced corrosion of concrete structures in the Northeast United States.
In order to investigate the static creep behaviour of plasma-sprayed coatings and to allow correlation with the dynamic behaviour, a micro-indentation test device and a related FEM-supported test simulation procedure were developed and experiments using specimens with various coating material specifications were conducted.
A methodology for applying the ideas to designing whole buildings, neighborhoods, or urban areas is described and illustrated, and then ecosystem services analysis in relation to building materials specification is discussed.
