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The methodology considers desalinization of pumped water and injection of treated water into the aquifer.
The methodology considers all known earthquake sources with their associated magnitude and rate distributions.
The methodology considers several levels of uncertainty since the parameters of interest are considered random variables with random moments.
The methodology considers both active component failures and the potential for inadequate cooling due to adverse thermal hydraulic conditions.
Thus, the methodology considers a parametric study for optimal designs of buttressed earth-retaining walls, where one of the parameters is the wall height.
The methodology considers that the particle collision process time on the ghost nodes is proportional to the distance from the fluid nodes missing distributions.
Similar(40)
The methodology considered variables specifically linked to the local situation.
The methodology considered for the analysis was GRASP (Greedy Randomized Adaptive Search Procedures).
The methodology considered is based on the prediction and compensation of the shaft torque at relevant frequencies.
Numerical and experimental results are presented with the aim to design the actuation system and validate the methodology, considering both standard input signals and realistic command profiles.
The objective of this paper is to present the methodology, consider previous works in terms of the proposed methodology and make the connection with other methodologies and frameworks explicit.
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Justyna Jupowicz-Kozak
CEO of Professional Science Editing for Scientists @ prosciediting.com