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Dams: Structure, Performance & Safety Management

Editat de Slaheddine Khlifi
en Limba Engleză Hardback – 19 iun 2013
This book describes the practical aspects necessary to design, manage, monitor, and assess these hydraulic structures. The approaches, used to develop tools and methods for assessing performance and safety of dams largely applied for French cases, has been discussed for aggregating heterogeneous information and expert knowledge. Field measurements have been applied to the performance and the safety assessment for two real-life examples of old dams: Zermanice Concrete Dam and Sance Rockfill Dam in the Czech Republic. The finite element models (FEM), to simulate the crucial loading and monitoring stages of these dams, indicate heave, tilting, uneven displacements, and large settlements. Dam safety and risk management have been performed through the design of spillways, energy dissipators, dams' aseismic air-cushion control, simulation of aseismic mechanisms, control optimisation using shaking table tests, and the opportunity to use optic fibre crack sensing to prevent seismic damage.
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Specificații

ISBN-13: 9781624177026
ISBN-10: 1624177026
Pagini: 281
Ilustrații: illustrations
Dimensiuni: 174 x 254 x 24 mm
Greutate: 0.8 kg
Editura: Nova Science Publishers Inc

Cuprins

Preface; Combining the Knowledge-Based Method & Possibility Theory for Assessing Dam Performance; Performance & Safety Assessment of Dams Through Monitoring & Modeling; Guidelines & Tools to Properly Design & Manage Reservoir-Dam Systems; Air-Cushion Isolation Control of High Concrete Dams.


Descriere

This book describes the practical aspects necessary to design, manage, monitor, and assess these hydraulic structures. The approaches, used to develop tools and methods for assessing performance and safety of dams largely applied for French cases, has been discussed for aggregating heterogeneous information and expert knowledge. Field measurements have been applied to the performance and the safety assessment for two real-life examples of old dams: Zermanice Concrete Dam and Sance Rockfill Dam in the Czech Republic. The finite element models (FEM), to simulate the crucial loading and monitoring stages of these dams, indicate heave, tilting, uneven displacements, and large settlements. Dam safety and risk management have been performed through the design of spillways, energy dissipators, dams' aseismic air-cushion control, simulation of aseismic mechanisms, control optimisation using shaking table tests, and the opportunity to use optic fibre crack sensing to prevent seismic damage.