Sentence examples for simulation of ground from inspiring English sources

The paper concludes with the presentation of an example of simulation of ground motion using the above mentioned results.

This video discusses the basics of several approaches for numerical simulation of ground motion, presents three contexts for validation of simulations, and presents some results using "proxy" metrics to validate ground motion simulations.

Heat transfer around vertical ground heat exchanger (GHE) is a common problem for the design and simulation of ground coupled heat pump (GCHP).

Base on the hourly performance simulation of ground coupled heat pump system, the optimal combination of the distance between boreholes, borehole depth and borehole number under a given annual cooling/heating load is determined using the Hooke-Jeeves pattern search algorithm.

To obtain the analytical fragility curves three steps should be considered: the simulation of ground motions, the simulation of bridges, and the generation of fragility curves.

Besides carrying out geotectonic investigations over the study area, in practice a forward simulation of ground motion response seems to be an efficient method without a foreknowledge of every individual effect on the motion.

Heat transfer around vertical ground heat exchangers is a common problem for the design and simulation of ground-coupled heat pump (GCHP) systems.

Example code to generate spatially correlated simulations of ground motion intensities for a region.

While the frequently used process-based models can produce physically realistic simulations of ground thermal properties, their large-domain applicability at high spatial resolution is diminished by a lack of suitable data needed to realistically represent relevant processes10,13.

As demonstrated in numerical simulations of ground freezing in tunneling in the presence of seepage flow connected with the ACO optimization algorithm, the optimized arrangement of the freeze pipes may lead to a substantial reduction of the freezing time and of energy costs.

We will couple hydrothermal simulation with a model of ground deformation in future research.