Application of MOO Techniques for the Time-Cost Trade off Problems in Civil Engineering
Journal Title: Current Trends in Civil & Structural Engineering (CTCSE) - Year 2019, Vol 1, Issue 3
Abstract
Multi-objective optimization (MOO) defined as multi objective programing used specially for mathematical optimization problems involving more than one target to minimize or maximize. Multiobjective optimization is applied to find set of solutions as close as possible to the optimal front. In addition, MOO is used in different science field as economic, logistics and engineering. Construction industry is one of the fields that benefit the most from multiobjective optimization, because the optimization is used while designing by optimizing different parameters such as area, material, energy.
Authors and Affiliations
Keywords
Related Articles
- EP ID EP588905
- DOI 10.33552/CTCSE.2019.01.000511
- Views 95
- Downloads 0
A Review of Autonomous Buildings of the Future: Wisdom on Sustainable Design in Architecture and Engineering
Imagine a building that operates independent of our urban energy grids. A building that automatically adapts its behavior to the needs of each occupant and user, intelligently balancing to the preferences of the owner. A...
Hybrid Subsea CCS System-CO2 Storage in Offshore Ultra Deep-Water Salt Caverns
Computational geomechanics is the field of computational mechanics where geo-engineering systems are analyzed using the prinCurrently there is a demand for CCS of large quantities of CO2 associated with CH4 in the pre-sa...
Geo-Environmental Engineering in any Civil Construction
Civil construction constitutes a significant growth of different activities in residential, industrial or commercial development. It includes the construction of high-rise multistorey buildings, hospitals, schools, indus...
Historic Masonry Walls Strengthened with GFRP Strips Under Compression and Shear
A large portion of the European cultural heritage is made of masonry buildings that have a growing economic and social value in many countries. Therefore, their preservation is considered an important issue in modern soc...
Geotechnical Indications and Shallow Bearing Capacity Analysis within Lekki Peninsula, Lagos using Direct Shear Analysis
It has become imperative for a review of the subsurface engineering properties of the Lekki Peninsula due to increase in urbanization. The study focuses on the shear strength parameters and ultimately the shallow bearing...