Exact(9)
The effectiveness and robustness of the proposed method are demonstrated through simulations and engineering tests.
Such an investigation provides some useful results for numerical simulations and engineering design.
Our work combines experimental observations with numerical simulations and engineering models, which highlight the basic mechanisms behind these complex situations.
A formula is derived for the average static stress in the pillar through theoretical analysis, physical simulations, and engineering practice.
The classification standard of surrounding rocks is put forward on the basis of physical simulations and engineering practices.
Weibull statistics were used to quantify the degree of variability in the tensile strength and obtain Weibull parameters for numerical simulations and engineering applications.
Similar(51)
Besides, we have gained important data that relative error is within +5%, which has verified accuracy of simulation model and engineering practicability.
Traditionally, geometric modeling, mechanical simulation, and engineering design are treated as separate modules requiring different methods and representations.
The proposed methods are first used to model the simulation and engineering data to validate their effectiveness and superiority in comparison to the conventional methods.
Numerical simulation and engineering examples show that the proposed method could accurately identify the modal frequency and modal damping ratio of the structure.
Today, sophisticated computer packages interfaced with process simulation and engineering database systems can support the economic analysis of a design project from initial stages to its completion.
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