Sentence examples for types of cladding from inspiring English sources
A generalized formulation of the model based on purely geometric considerations allows for an application towards different types of cladding processes, including multilayer cladding and 3D depositions.
From the 45 observed tasks, 25 were related to the cladding course and more specifically to the goal of, in practice, being able to handle different types of cladding.
Based on the analysis, the C type is the hardest cladding layer among the four types of cladding material, up to HRC66.9, the A cladding layer is a less hard layer, the B cladding layer is the least hard layer, with its hardness reaching HRC51.
The friction and wear test showed that the four types of cladding layers have the same wearing manner, e.g., abrasive and adhesive wears.
The microhardness values of the deposited metal, heat affected zone and base metal for both types of cladding are comparable.
In the study, four types of cladding materials A, B, C and D were studied; the cladding of substrate steel can dramatically improve the surface hardness and abrasion resistance of the substrate.
This type of cladding layer is favorable for strong surface interactions [30].
A numerical index of the degradation severity of stone claddings (Sw,rp) is established; this is intended to express the global degradation level of these claddings, thus allowing the study of the evolution of their degradation with time in order to estimate a reference service life for this type of cladding.
These projects tend to use the same type of cladding and floor layouts.
Based on a proposal for a classification system for anomalies and their probable causes in natural stone cladding (NSC) an inspection plan was developed for recent buildings with anomalies in this type of cladding, to validate the system.
The resulting data underwent a statistical analysis and post-treatment, providing conclusions that could lead to actions to prevent degradation of this type of cladding and its substrate, with the aim of achieving a better quality and less costly built environment.
