Abstract — Sequential unconstrained minimization technique (SUMT) is used for the solution of a comprehensive minimum cost design problem formulation. The formulation, based on Indian codes of practice (IS 456-2000), Solutions to the nonlinear programming problem are obtained with an appropriate computer program, This is used for solving a wide range of typical flat slab designs with varying span-to-depth ratios, live and dead loads, different grades of concrete and steel. A related sensitivity study enables the comparison of optimal and standard solutions. The different conditions of flat slabs are analyzed and design by using MATLAB software
The main objective of this paper is to achieve an optimal design for the reinforced concrete beams. ...
Criteria for the limit state design of reinforced concrete slabs are discussed. A step by step longh...
In residential high-rise buildings, flat plate slabs and columns are two of the primary structural m...
In this study optimization of reinforced concrete flat slab with drop and column head according to t...
The FLAT slab system of construction is one in which the beam is used in the conventional methods of...
Optimization in its wide sense can be used to solve many engineering problems and to find the best s...
The study pertains to the optimal cost-analysis and design of a circular footing subjected to genera...
Precast concrete technology forms an important part in the drive towards a full implementation of th...
The research has prepared programmed mathematical techniques by Visual basic language for analysis, ...
Optimization is the process of obtaining the best results under certain circumstances. The objective...
This paper presents Reinforced Concrete RC slab design optimization technique for finding the best d...
This paper presents a heuristic approach for the optimum layout design of multi-span flat slab floor...
Concrete flat slabs structures are economic and the most popular form of concrete used in multi-stor...
“Flat Slab ” is better understood as the slab without beams resting directly on supports (like colum...
This paper introduces a general, finite-element-based optimisation tool for improving the material l...
The main objective of this paper is to achieve an optimal design for the reinforced concrete beams. ...
Criteria for the limit state design of reinforced concrete slabs are discussed. A step by step longh...
In residential high-rise buildings, flat plate slabs and columns are two of the primary structural m...
In this study optimization of reinforced concrete flat slab with drop and column head according to t...
The FLAT slab system of construction is one in which the beam is used in the conventional methods of...
Optimization in its wide sense can be used to solve many engineering problems and to find the best s...
The study pertains to the optimal cost-analysis and design of a circular footing subjected to genera...
Precast concrete technology forms an important part in the drive towards a full implementation of th...
The research has prepared programmed mathematical techniques by Visual basic language for analysis, ...
Optimization is the process of obtaining the best results under certain circumstances. The objective...
This paper presents Reinforced Concrete RC slab design optimization technique for finding the best d...
This paper presents a heuristic approach for the optimum layout design of multi-span flat slab floor...
Concrete flat slabs structures are economic and the most popular form of concrete used in multi-stor...
“Flat Slab ” is better understood as the slab without beams resting directly on supports (like colum...
This paper introduces a general, finite-element-based optimisation tool for improving the material l...
The main objective of this paper is to achieve an optimal design for the reinforced concrete beams. ...
Criteria for the limit state design of reinforced concrete slabs are discussed. A step by step longh...
In residential high-rise buildings, flat plate slabs and columns are two of the primary structural m...