Optimization and control in civil and structural engineering

B.H.V. Topping, Bharat Kumar

244 pages, parution le 15/07/1999

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Résumé

CONTENTS

Genetic algorithms in civil and structural engineering
1. Optimal strut-and-tie models in structural concrete members
2. Genetic algorithm convergence
3. The conceptual design of commercial buildings using a genetic algorithm
4. Process scheduling of precast production using genetic algorithms
5. City planning using a multiobjective genetic algorithm and an interactive pareto set scanner
6. Application of genetic algorithms for the optimum design of rigid pavements
Simulated annealing
1. An application of simulated annealing to the optimum design of reinforced concrete retaining structures
Optimization for fuzzy problems
1. fuzzy optimization of structures by the two-phase method
Structural optimization
1. Filtering of pareto-optimal trade-off surfaces for building conceptual design
2. A layout optimisation technique with displacement constraint
3. Optimum design of plate structures with frequency constraints using two-point approximation
4. Optimising the shape of welded plates using the self designing structures approach
5. Optimum design of nonlinear steel frames with semi-rigid connections using a genetic algorithm
6. Modeling, anlysis, design and optimisation of shell structures
7. Optimum geometry and spacing design of roof trusses based on bs5950 using genetic algorithm
8. Computer aided optimum design of wide-span steel frames
Optimization problems in civil engineering
1. Programming maximum accessibility road network improvements
2. Optimum design of pile supported reinforced concrete footings
Control in structural engineering
1. Asymptotic bayesian probability estimates of structures with active control
2. Improved control of structures by time-delayed algorithms
3. experimental study and simulation of vibrations in TiNi controlled by periodic martensitic transformations
4. Numerical and experimental efficiency assessment of energy dissipators for the seismic protection of buildings
5. Coupled building control using active and smart damping strategies
6. Refined models for vibration analysis and control of thick piezoelectric laminates
7. Implementation of an electronic integrator to convert accelerations to velocities for a fuzzy logic controller
8. Control against escape from a safe region for a bistable structure driven by random load
9. Active vibration control designs of civil structures using real coded genetic algorithms
10. Parametric control of structures under seismic forces
11. Adopting conic tanks for TLC
12. Development fo laminated rubber bearings and their implementation in Armenia

Caractéristiques techniques

	PAPIER
Éditeur(s)	Civil-Comp Press
Auteur(s)	B.H.V. Topping, Bharat Kumar
Parution	15/07/1999
Nb. de pages	244
Format	21 x 29,7
Couverture	Thermocollé
Poids	684g
Intérieur	Noir et Blanc
EAN13	9780948749629

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Optimization and control in civil and structural engineering

Résumé

Caractéristiques techniques

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