The use of the model is illustrated by a case study, where the optimal supply chain of LNG for covering certain parts of the energy requirements of a country is designed under different cost structures for LNG and for its land-based transportation.
Based on the research on the pore structure features, gas percolation experiments were designed under the conditions of homogeneous cores with different permeability, heterogeneous cores and different water saturation, to research the gas percolation laws in tight sand.
The prediction-driven comparative wet experiments in the trafficking systems can then be specifically designed under different conditions to test the conclusions and therefore offer a mechanistic understanding for the complex biological systems in an effective manner.
Results show that the surface shape of a slider can be designed to meet the load demands under different specified operation conditions accurately by using the present optimization method.
The experiment was designed with three different tasks under different time pressures.
Their various assembled structures had been fabricated and designed under different experimental conditions in the past decades [30 34].
A set of fault scenarios, including single and multiple point- defects as well as generalized roughness conditions, are designed and tested under different operational conditions, including different motor speeds, different load conditions and samples from different operating time intervals.
In this paper, a novel fishnet metamaterial structure is designed and analyzed under different material combinations and under different active controlling techniques.
Six groups of recycled aggregates pervious concrete (RAPC) were designed with different crushing index of aggregates under the condition of same concrete mixture ratio.
Furthermore, it is found that ORCs designed under different evaporating pressure, condensing pressure, exhaust outlet temperature can apply the same PID controller, while it is not suitable for ORCs with different working fluids which have quite distinctive critical temperature.
