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In this paper, following an overview of earlier approaches, we present two updated flowcharts: one for rock mechanics modelling in which the modelling options are outlined; and one for rock engineering design in which the three phases of overall assessment, initial design and final design are incorporated.
The modelling is an extension of molecular mechanics modelling.
Applications of molecular mechanics modelling to the study of Pt/nucleotide and Pt/DNA interactions are reviewed.
We have used molecular mechanics modelling to optimize the packing of random sequences in the higher-density orthorhombic form.
Examples were also presented that indicated how far experimentally determined residual axle lifetimes could still differ from lifetimes calculated using current fracture mechanics modelling techniques.
The results are presented as dimensionless matrices and suggested for use in support of decision-making at the design stage, without any advanced fracture mechanics modelling and stochastic simulation.
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Fictitious or cohesive crack models are commonly applied to perform nonlinear fracture mechanics modeling in timber structures.
An electro-mechanical fracture mechanics model is established first.
a "Cantilever + voussoir beam" structural mechanics model, b "Tension-slippage" mechanical model, c relationship of supporting intensity and critical rib support force in different mining height.
Static mechanical properties of materials require large-scale nonlinear optimization of the molecular mechanics model under various controls.
This paper established the mechanics model of flip flow screen.
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