Sentence examples for situ materials from inspiring English sources

Xradia Ultra Load Stage explores a new critical length scale for in situ materials characterization, enabling researchers to observe internal features such as nanoscale cracks and voids that ultimately lead to deformation and failure at the macroscale.

The mechanical characterization of in situ materials is one of the most important issues in the safety assessment of existing buildings, and – especially for masonry structures – represents a major source of uncertainty.

The delivery of a high quality X-ray beam of concentrated flux with a low bandpass is essential in order to satisfy the scientific requirements for the study of in situ materials processes and kinetic systems (e.g. crystallisation and/or nucleation).

While Farto's work always makes use of in situ materials, re-imagining the decrepit facades of the urban landscape as portraits underscoring the humane aspect of city life, we've never seen him work in this fashion.

These include the immediate bioavailability of plant essential ions, low-tech mechanical support for plants, and easy access to in situ materials once on the surface.

Likewise, in situ materials such as block nets and associated maintenance were expected to be subject to breakdown.

Using backcalculation analysis, in situ material properties can be backcalculated by the measured field data for appropriate analysis techniques.

The micromechanical model provides three-dimensional (3D) effective properties of homogeneous composite responses, while recognizing microstructural geometries and in situ material properties of the heterogeneous medium.

Moreover, the in situ material properties of particles may not be the same as the corresponding bulk properties when the particles are embedded in a polymer matrix.

The model also estimates two crucial in situ material parameters using these measurements, which cannot be obtained from bulk tests: the frictional threshold of the interface, and the in situ yield point of the matrix.

Comparison between prediction and MRS measurements allows us to characterize key in situ material parameters, the critical matrix shear strain for inelastic zones and interfacial frictional slip shear stress.