Microstructured materials are inhomogeneous at small length scales, where different constituents or phases can be distinguished and the evaluation on their material properties and mechanical behaviours is critical for the applications of such material in engineering.
Understanding the social and family changes that influence sexual risk behaviours is critical for designing effective sexually transmitted disease control responses.
If effective, the intervention will contribute to increased sun-protective behaviour that is critical for reducing the incidence of skin cancer.
Its support by provision of work resources such as drugs, equipment, job safety and security, good working environment and structures, clear job description, and in-service training allows for the development of trusting behaviour that is critical for performance [ 50, 59].
The adoption of these SDM behaviours is critical if clinicians are to account for the variation in client preference for involvement and the different ways in which clients conceptualise involvement, as shown in our previous work [ 38].
Understanding the linear and nonlinear dynamic behaviour of beams is critical for the design of many engineering structures such as spacecraft antennae, aircraft wings, and turbine blades.
It has long been known among animal behaviour researchers that physical contact is critical for proper social and emotional development.
Therefore, a detailed knowledge of the flow behaviour created by such geometries is critical for optimum design.
Understanding of tensile and fracture behaviours of die cast AM50 is critical for proper design of different applications.
