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Optimal Compensation of Axial Shortening in Tall Buildings by Differential Evolution (ID number 1050)
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Journal of Science and Technology in Civil Engineering/Ha Noi university of civil engineering
:     :
: https://link.springer.com/chapter/10.1007/978-981-15-5144-4_111
: 1598-icscea-2019-chapter-111.pdf
Publishing year: 2020
COLUMN SHORTENING AND SHORTENING COMPENSATION IN SUPER HIGH RISE BUILDINGS IN VIETNAMStudy to improve the quality of guidance for apprentice trainees and engineering interns in training construction engineers in universitiesOverview of column shrinkage and the shortening compensation methods in the high-rise buildingsOptimal Compensation of Axial Shortening in Tall Buildings by Differential Evolution (ID number 1050)STUDY THE PROCEDURE OF COMPENSATION OF DIFFERENTIAL SHORTENING FOR SUPER-HIGHRISE BUILDINGS BY THE METHOD OF MOVING OPTIMAL COMPENSATION FOR CONSTRUCTION PROJECTS IN VIETNAMAn effcient differential-evolution-based moving compensation optimization approach for controlling differential column shortening in tall buildingsStudy the procedure of compensation of differential shortening for super-high-rise buildings by the method of moving optimal compensation for construction projects in Vietnam ÁP DỤNG PHƯƠNG ÁN BÙ CO HIỆU MCO TRONG ĐIỀU KIỆN VIỆT NAMMachine learning models for predicting the axial compression capacity of cold‑formed steel elliptical hollow section columnsInfluence of ground motion duration on seismic fragility of base isolated NPP structuresAssessment of Shear Strength Models for Squat Rectangular Reinforced Concrete Shear Walls