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Industrialized and Automated Building Systems: A Managerial Approach 2nd edition [Hardback]

  • Formāts: Hardback, 484 pages, height x width: 246x174 mm, weight: 1060 g, 24 Tables, black and white
  • Izdošanas datums: 17-Jun-1999
  • Izdevniecība: CRC Press
  • ISBN-10: 0419206205
  • ISBN-13: 9780419206200
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  • Cena: 340,82 €
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Industrialized and Automated Building Systems: A Managerial Approach 2nd editionPalielināt
  • Formāts: Hardback, 484 pages, height x width: 246x174 mm, weight: 1060 g, 24 Tables, black and white
  • Izdošanas datums: 17-Jun-1999
  • Izdevniecība: CRC Press
  • ISBN-10: 0419206205
  • ISBN-13: 9780419206200
Citas grāmatas par šo tēmu:
Permanent link: https://www.kriso.lv/db/9780419206200.html
Keywords:
Industrialized and Automated Building Systems presents a detailed and balanced evaluation of the benefits and drawbacks of industrialized building systems, and considers technological, managerial and economical aspects of industrialization, automation in the industrialized building process in production, construction and design, and information technologies in design, production and construction on site.
Preface xi
Conversion factors xv
Industrialization and Automation in Building
1(17)
Introduction
1(6)
The Nature of Industrialization
7(1)
Special Features of the Building Process
8(3)
Industrialized Building Systems
11(1)
The Benefits and Limitations of Industrialized Building Systems
12(2)
Automated Building Systems
14(2)
Summary and Conclusions
16(2)
Assignments
17(1)
References
17(1)
Building Systems and Components
18(36)
Introduction
18(1)
Linear Systems
19(7)
Planar Systems
26(13)
Three-Dimensional (Box) Systems
39(5)
Partially Prefabricated Systems
44(5)
Service Systems in Prefabricated Building
49(2)
Summary and Conclusions
51(3)
Assignments
52(1)
References
53(1)
Coordination Between Producer and Designer
54(31)
Introduction
54(1)
Production Based on Client's Design
55(2)
Production Based on Precaster's Design
57(3)
Dimensional Coordination
60(11)
An Open System
71(3)
Flexible (Open-Closed) Systems
74(3)
Coordination Among Designer, Producer, and User
77(3)
Summary and Conclusions
80(5)
Assignments
82(1)
References
83(1)
Standards
84(1)
Application of the Performance Approach
85(31)
Introduction
85(2)
Performance Specifications
87(2)
Structural Safety: Ultimate Limit State
89(3)
Fire Safety
92(3)
User Health and Safety
95(1)
Space and Geometry
96(1)
Structural Serviceability: Deformations and Vibrations
96(1)
Interior Climate
97(5)
Acoustic Conditions
102(2)
Visual Comfort
104(1)
Watertightness
105(1)
Condensation Control and Resistance to Mold Growth
106(2)
Resistance to Mechanical Damage
108(1)
Durability and Resistance to Corrosion and Weathering
108(2)
Documentation
110(1)
Summary and Conclusions
111(5)
Assignments
112(1)
References
112(4)
Production Technology
116(27)
Introduction
116(1)
Materials
117(4)
Concrete Mix
121(3)
Placing and Processing of Concrete
124(1)
Accelerated Curing
124(2)
Production of Floor Slabs
126(4)
Production of Interior Walls
130(1)
Production of Exterior Walls
131(1)
Exterior Finish
132(2)
Beams and Columns
134(1)
Boxes
134(2)
Erection Process
136(1)
Weather Joints
137(3)
Summary and Conclusions
140(3)
Assignments
141(1)
References
141(2)
Prefabrication Plant
143(37)
Introduction
143(1)
Types of Prefabrication Plant
143(3)
Organization of a Prefabrication Plant
146(1)
Design of Plant Facilities
147(1)
Concrete Mixing Center
148(2)
Preparation and Storage of Other Materials
150(5)
Hauling of Concrete to Molds
155(2)
Production of Elements
157(4)
Elements Handling
161(5)
Elements Stockyard
166(3)
Finishing and Repairs
169(1)
Plant Layout Design
169(3)
General Layout Patterns
172(3)
Summary and Conclusions
175(5)
Assignments
178(1)
References
179(1)
Production Planning and Control
180(37)
Introduction
180(1)
Daily Production Routine
181(3)
Principles of Production Planning
184(2)
Planning of Production on a Single Mold
186(7)
Production of Several Types of Elements on the Same Mold
193(2)
The General Production Planning Problem
195(5)
Production Planning Routine
200(3)
Information System
203(11)
The Use of a Computer for Production Planning and Control
214(1)
Summary and Conclusions
214(3)
Assignments
215(1)
References
216(1)
Cost Estimating and Control
217(22)
Introduction
217(1)
Cost Estimating
217(9)
Cost Control
226(10)
Computer Use for Cost Estimating and Control
236(1)
Summary and Conclusions
236(3)
Assignments
237(1)
References
237(2)
Quality Planning and Control
239(24)
Introduction
239(1)
The Nature of Quality Control
239(5)
The Process of Quality Control
244(4)
Materials
248(1)
Concrete Production
249(2)
Elements Casting
251(2)
Finished Elements
253(2)
Erection Onsite
255(1)
Quality Management
256(1)
Summary and Conclusions
257(6)
Assignments
258(1)
References
259(1)
Standards
260(3)
Economic Aspects of Industrialization
263(30)
Introduction
263(1)
Basic Economic Concepts
263(12)
Benefits of Industrialized Building
275(4)
Economic Comparison of Building Systems
279(10)
Summary and Conclusions
289(4)
Assignments
291(1)
References
291(2)
Long-Range Planning of Prefabrication
293(24)
Introduction
293(1)
Analysis of Demand
294(3)
General Factors in Plant Location
297(2)
Determination of Plant Location and Capacity
299(5)
Planning of the Prefabrication Industry
304(10)
Summary and Conclusions
314(3)
Assignments
316(1)
References
316(1)
Automation in a Prefabrication Plant
317(19)
Introduction
317(1)
Automation in Building
318(1)
Computer Aided Design and Production Planning
319(3)
Computer Aided Manufacturing
322(5)
Other Automated Applications
327(3)
An Automated Building System on a Construction Site
330(3)
The Benefits of Automation
333(1)
Summary and Conclusions
334(2)
Assignments
334(1)
References
334(2)
The Robot Technology
336(28)
Introduction
336(2)
Manipulators
338(5)
End-effectors
343(1)
Control
343(7)
Sensors
350(9)
Mobility
359(2)
Applications Design
361(1)
Summary and Conclusions
362(2)
Assignments
362(1)
References
363(1)
Building Robotics: Configuration and Performance
364(35)
Introduction
364(1)
Performance Specifications for Building Robots
365(3)
The Assembling Robot
368(6)
The Interior Finishing Robot
374(7)
The Multipurpose Interior Finishing Robot
381(7)
The Floor Finishing Robot
388(3)
The Exterior Wall Finishing Robot
391(2)
Other Robotic Applications
393(2)
Summary and Conclusions
395(4)
Assignments
395(1)
References
396(3)
Building Robotics: Implementation Aspects
399(27)
Introduction
399(2)
Development of Robotic Systems
401(2)
Adaptation of Building Technology
403(4)
Managerial Involvement
407(1)
Assessment of Economic Feasibility
408(8)
Intangible Benefits of Robotization
416(4)
General Assessment of Main Robot Types
420(3)
Summary and Conclusions
423(3)
Assignments
423(1)
References
424(2)
New Trends and Developments
426(28)
Introduction
426(1)
Future Trends in Prefabrication
427(3)
The Prospects of Automation in Building
430(6)
The Supporting Information Technologies
436(4)
Computer-integrated Construction
440(3)
The Automated Building Realization System
443(8)
Summary and Conclusions
451(3)
Assignments
451(1)
References
452(2)
Index 454


Warszawski, Abraham