The phrase "a representative volume of" is correct and usable in written English.
It can be used in scientific or technical contexts to refer to a specific portion of a material or system that is representative of the whole.
Example: "In our study, we analyzed a representative volume of the soil to determine its chemical composition."
Alternatives: "a typical volume of" or "an indicative volume of".
Deformation of a representative volume of material is generated by mobilizing particle contacts in all orientations.
In the cell model a single particle and a representative volume of the fluid enclosing that particle is considered.
The deformation of a representative volume of the material is generated by mobilizing particle contacts in all orientations.
In addition, NMR simulations allow to study the existence of a representative volume of the whole system, whose experimental determination is a major challenge.
The graphene-ESE is embedded into a 3D solid element representation of a polymer matrix and a finite element model of a representative volume of the composite is constructed this way.
Using a two-level approach (micro- and macro-), a scalar is constructed where the damage of a representative volume of material is no longer considered as deterministically known, but results from a probabilistic formulation.
The model was based in the determination of the fatigue indicator parameter (based on the local crystallographic strain energy dissipated per cycle) by means of computational homogenization of a representative volume element of the microstructure.
The fatigue indicator parameter was obtained by means of the computational homogenization of a representative volume element of the microstructure using a crystal-plasticity finite element model.
Simulation of the uniaxial compaction of a representative volume element of powder demonstrates that adhesive effects are responsible for the difficulty to compact nanopowders and for the heterogeneity of microstructure prior to sintering.
Numerical simulations were performed by means of the finite element analysis of a representative volume element of the composite microstructure.
The macroscopic mechanical properties of the foam were obtained by means of the finite element simulation of a representative volume element of the PU foam.
