Sentence examples for mechanical approach are from inspiring English sources
The design issues and limitations that arise with a purely mechanical approach are reviewed, and the paper also identifies the way in which active control can in general be used to overcome these limitations and contribute to improving the efficiency of railway operation.
This issue is based on a fundamental fact: the algebraic methods (the mechanical approach) is more generic than geometric method.
Since neither the thermodynamic nor the mechanical approach is in any way privileged, both have to lead to the same conclusions.
One dimensional mechanical approach is proposed by modelling each panel of the cross section as a Timoshenko rectangular beam.
In this experiment, a mechanical approach is employed to improvise the concrete in the aspects of strength and durability properties.
A simple statistical mechanical approach is used, where the particles in the solution are distributed over a lattice with an adjustable lattice constant.
As the fracture mechanical approach is limited to sharp cracks in the material (high-constraint stress state) the present damage mechanics approach is regarded as important as a more general concept closer to reality.
The models of the shear angle using different mechanical approaches are discussed.
Mechanical approaches are capable of producing nanoparticles, typically in the 100 1000 nm range, whereas chemical methods tend to produce 10 100 nm particles.
For example, where natural disturbance is undesirable (e.g., wildfire in oil and gas fields), mechanical approaches are frequently used to replace natural disturbance and improve habitat for particular species.
The results supplied here show that computational quantum mechanical approaches are of significant value for studying and engineering nanoparticles and nanoclusters, with particular relevance to the emerging methods of nanoscaling by nanophotonic processes, for synthesis and industrial application of nanoparticle MgO in nanoelectronics.
