A model is developed for optimizing the construction phases of any rail transit line that is built without gaps from one end toward the other.
Semi-automated methods were developed for optimizing the passive material properties while simultaneously computing the unloaded reference geometry of the ventricles for stress analysis.
A theoretical model representing the PS LED as a distributed network of elementary diodes and resistors is developed for optimizing the design of the top grid pattern.
During the last fifteen years, several TO methods have been developed for optimizing thermal systems based on conductive, convective and conjugate heat transfer.
Two modules were developed for optimizing the BIM system in the FM phase: the data arrangement module, which has functionalities of data importing and processing, and the data presentation module, which provides functionalities of data revealing and collaboration.
In this paper, a limiting equilibrium based methodology, incorporating the method of slices and arching effects of the drilled shafts, is developed for optimizing the use of multiple rows of drilled shafts.
An algorithm is developed for optimizing laminated plate stacking sequences and determining thicknesses, which incorporates discrete ply angles and considers the uncertainties of material properties in a two-step optimization process.
Alternate land use plans were developed for optimizing four objective functions – maximizing farm income, employment and nutritional security, and minimizing soil loss individually and simultaneously at the watershed level.
The beam conditions of the injector were carefully optimized to satisfy the requirements of the CRS linac, the corresponding control system and a two-dimension scanner code CRSv1.0 were developed for optimizing the beam transmission from LEBT section to the entrance of the CRS cavity.
