Advanced Materials Research
Vol. 1081
Vol. 1081
Advanced Materials Research
Vols. 1079-1080
Vols. 1079-1080
Advanced Materials Research
Vol. 1078
Vol. 1078
Advanced Materials Research
Vol. 1077
Vol. 1077
Advanced Materials Research
Vols. 1073-1076
Vols. 1073-1076
Advanced Materials Research
Vols. 1070-1072
Vols. 1070-1072
Advanced Materials Research
Vols. 1065-1069
Vols. 1065-1069
Advanced Materials Research
Vol. 1064
Vol. 1064
Advanced Materials Research
Vol. 1063
Vol. 1063
Advanced Materials Research
Vols. 1061-1062
Vols. 1061-1062
Advanced Materials Research
Vol. 1060
Vol. 1060
Advanced Materials Research
Vol. 1059
Vol. 1059
Advanced Materials Research
Vol. 1058
Vol. 1058
Advanced Materials Research Vols. 1065-1069
Paper Title Page
Abstract: This paper introduces the project of the digital urban municipal supervision and management, and also focuses on the data which is collected from the city component data of outside work by the CORS. This paper has done the practical application of the CORS in the project, and also has analyzed the result of the practical application. By the precision analysis of the result, this essay has discussed the values from the CORS-RTK to the project of digital urban municipal supervision and management. Finally this essay will provide references and the technical base to the project of digital urban municipal supervision and management.
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Abstract: In this paper, in virtue of a Browder type fixed point theorem in GFC-spaces, equilibrium existence theorems for general quasiequilibrium problems and quasiequilibrium problems are obtained. As application, an existence theorem of weighted Nash-equilibriums for constrained multiobjective games is yielded in GFC-spaces.
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Abstract: Generally, a substation involves a great many components, i.e., electrical equipment and precast elements, of large dimension and weight. Its lift planning has a major impact on construction sequence, scheduling, budgeting and safety. An optimization method for the scenario of single-cane-multiple-lifts is presented, mainly considering the objective to minimize the number of crane relocations. The method starts with identifying possible location zones by means of the constrained work envelope strategy and the grid traversal algorithm. Later, it adopts the multiple-target integer programming method to minimize the number of location zones that can lift all components, and then to maximize the total number of components that the available zones can lift including duplication. For each optimized zones, it checks the optimal location by means of the traversal algorithm, considering the minimum of the sum of the weighted load factors for all components. To avoid spatial interference, an automatic simulation is done by means of which any missing interference can be checked manually. Lastly, a case study is done to demonstrate the validity and practicality performance of the method.
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