The phrase "analyses engineering" is not correct in standard written English.
It seems to be a combination of two terms that do not typically go together in this form.
Example: "The analyses of engineering processes are crucial for project success."
Alternatives: "engineering analysis" or "analysis of engineering".
However, the lack of intensity details is still a limitation in making these data useable for monitoring and analysing engineering structures.
For brittle materials, the tensile strength plays an important role in mechanical analyses and engineering applications.
Structural sensitivities are often required in dynamic analyses of engineering structures, such as system identification and control, structural modification and optimization.
Multidimensional stress strain and damage analyses of engineering structural components with the help of numerical simulations are of great interest.
In analyses of engineering systems, fundamental quest remains the distribution of certain entities (matter, energy) into the space.
Structural analyses are engineering tools used to select proper composition of materials and predict their behavior under a range of circumstances and are applicable to measurement within seeds.
The analyses contain engineering methods for the approximate evaluation of thermal-mismatch and lattice-misfit stresses in elongated and circular semiconductor, finite size, assemblies.
When applied to rolled sheet metals, such as high strength steels and aluminum alloys, the criterion can be treated in an analytical form to facilitate analyses of engineering problems under a general triaxial stress state.
In many analyses of engineering problems based on boundary element methods, a large number of regular and/or singular domain integrals must be accurately evaluated over a single domain.
Feasibility studies of alternative offshore wind farms (OWFs) are interesting not only in relation to the business but in relation to the techno-economical analyses that engineering researchers need to do.
