ISBN 10 : 7114099851 ISBN 13 : 9787114099854
Vendeur : liu xing, Nanjing, JS, Chine
EUR 61,31
Autre deviseQuantité disponible : 1 disponible(s)
Ajouter au panierpaperback. Etat : New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: 2012 Pages: 200 Language: Chinese Publisher: People's Communications Press bridge full life and durability of the key technologies of Books: bridge engineering life design and engineering practice is divided into six chapters around the whole bridge background of life design research and design theory development. full life of the bridge design. described in the decision-making methods. the design stage life design. bridge components and ancillary facilities life design methods. and through the eastern part of Hubei Yangtze River Highway Bridge The design example shows the method and process of the full life of bridge engineering design applications. Bridge full life and durability of key technical books: bridge engineering life design and engineering practice can be used as a bridge engineering staff learning reference books. are also available for the relevant professional institutions teachers and students use and reference. Contents: Chapter 1 Introduction 1.1 bridge life design background 1.2 bridge design concept and its development 1.2.1 The traditional concept of bridge design 1.2.2 bridges the design concept of the whole life of 1.3 at home and abroad on the bridge life design 1.3.1 abroad the 1.4 bridge bridge life design 1.3.2 domestic research on the bridge whole life design life design system Chapter 2 bridges the main content of the whole life design the whole life of the 2.1 bridge design requirements analysis 2.1.1 bridges life of the composition 2.1.2 bridges 2.2 bridges and component design life of full life design requirements determine 2.2.1 bridges and component design life to determine the requirements of 2.2.2 influencing factors of the life of the bridge components and typical diseases 2.2.3 bridges and structures end-of-life criteria and classification of 2.2 .4 bridge overall design life determines 2.2.5 Bridge Component design life determines 2.2.6 bridge and determine the life of the component design process 2.3 bridge performance design 2.3.2 Performance 2.3.1 Performance basic design concept design of main content 2.3.3 Performance 2.5.2 The landscape design of the design process 2.4 bridge custody 2.4.2 Custody the design main content 2.5 2.4.3 Custody design flow bridge landscape design 2.5.1 Landscape Design concept and purpose of design 2.4.1 Custody design concept and purpose Chapter 3 of the main content 2.5.3 Landscape Design Flow 2.6 bridges Environmental Design 2.6.1 environment design concept and purpose 2.6.2 environment designed main content 2.6.3 environment design flow bridge of life design decisions 3.1 Overview 3.2 bridge LCCA the LCCA the whole life cost of the analysis of decision-making method 3.2.1 bridges the LCCA use 3.2.2 bridge LCCA principle 3.2.3 bridges constitute 3.2.4 bridges basic parameters 3.2.5 bridge LCCA model 3.2.6 bridge LCCA basic flow of 3.3 bridge risk assessment decision-making method 3.3.1 bridges risks. disasters and accidents 3.3.2 use of risk assessment and decision-making main content 3.3.3 Risk Assessment 3.3.4 Risk assessment methods 3.3.5 risk 4.2 feasibility study stage design 4.1 bridge design stage assessment of basic processes Chapter 4 bridges the design stage life 4.1.1 traditional bridge design the stage 4.1.2 bridges full life design design stage the whole life of the bridge design 4.2.1 feasibility study stage bridges the design of the whole life of purpose and design requirements 4.2.2 feasibility study phase bridge full life content and process 4.2.3 bridge-building needs and the scale of construction. standards and determine . = Chapter 5 bridge components and ancillary facilities full Life Design Chapter 6 bridge full life design example ReferencesFour Satisfaction guaranteed,or money back.