The phrase "acceleration of material" is correct and usable in written English.
It can be used in contexts related to physics, engineering, or any discussion involving the change in velocity of physical substances.
Example: "The acceleration of material in the testing phase was crucial for determining the structural integrity of the design."
Alternatives: "rate of material acceleration" or "material acceleration rate".
We've charted a myriad social, psychological and economic processes which lead, despite our best intentions, not to reduction and restraint, but to an escalation, an acceleration of material demand and environmental impact.
By employing classical continuum and rigid body mechanics, the mean stress tensor for a single particle is separated into three distinct components; the familiar Love Webber formula describing the direct effect of contacts, a component due to the net unbalanced moment arising from contact and a symmetric term due to the centripetal acceleration of material within the particle.
The acceleration of material is especially difficult when there are large numbers of students achieving at low levels, large numbers of English Language Learners, and a large amount of turnover, all traditional characteristics of low performing schools in the District of Columbia.
Moreover, consolidation might even result in an acceleration of materials decay [5,6], if unsuitable materials or treatment conditions are selected.
At high loading rates, tiny fluctuations in the plastic flow field induce important acceleration of materials particles.
Methanogens were highly retained in CFT by direct attachment to the cathodic working electrodes (52.3%; ratio of methanogens to prokaryotes), compared with the suspended fraction (31.2%), probably contributing to the acceleration of organic material degradation and removal of organic acids.
Finally, the effects of angular velocity, Coriolis acceleration, temperature dependence of material properties, material property graded index and geometrical parameters on the frequency parameters of the FG cylindrical shells with different boundary conditions are investigated.
Performance was enhanced using multi-threading for acceleration of surface chemistry, material properties calculations, and species equation solvers, and using graphical processing units for acceleration of the linear solvers and pre-conditioners.
First, the acceleration of the sliding materials can be estimated using the measurements of the run-out distance and the traveling time obtained from the broadband seismic data.
Failure strain and tangent modulus have the smallest influence on the initial peak acceleration, and gradients of mean acceleration increase because the appearance of material plastic deformation and element failure.
Our results indicate that the presence of water significantly weakens the ZnO surface bonding and leads to an acceleration of the failure of the material.
