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Construction Planning, Equipment, and Methods, Ninth Edition 9th edition [Hardback]

4.00/5 (37 ratings by Goodreads)
  • Formāts: Hardback, 832 pages, height x width x depth: 239x191x36 mm, weight: 1377 g, 400 Illustrations
  • Izdošanas datums: 04-Feb-2018
  • Izdevniecība: McGraw-Hill Education
  • ISBN-10: 1260108805
  • ISBN-13: 9781260108804
Citas grāmatas par šo tēmu:
  • Formāts: Hardback, 832 pages, height x width x depth: 239x191x36 mm, weight: 1377 g, 400 Illustrations
  • Izdošanas datums: 04-Feb-2018
  • Izdevniecība: McGraw-Hill Education
  • ISBN-10: 1260108805
  • ISBN-13: 9781260108804
Citas grāmatas par šo tēmu:

Fully updated coverage of construction planning techniques and equipment technology

Construction Planning, Equipment and Methods, Ninth Edition, follows in the footsteps of previous editions by laying out the fundamentals of machine utilization and production estimating in a logical, simple, and concise format. The book discusses the latest technologies and capabilities and offers real-world applications. Examples and illustrations showcase the latest equipment models and end-of-chapter summaries and homework problems reinforce salient points. You will explore construction economics, earthwork, and soil and rock properties. Safety procedures and financial considerations are thoroughly explained in this comprehensive guide.

Coverage includes:

•The history of construction equipment

•Safety

•Planning equipment utilization

•Equipment economics

•Operating costs

•Rent and lease considerations

•Planning for earthwork construction

•Soil and rock

•Compaction specifications

•Seismic and deflection testing

•Soil processing

•Current models of dozers, excavators, scrapers, and cranes

•And much more


 


Chapter 1 Machines Make It Possible 1(18)
A New Construction Environment
1(2)
The History of Construction Equipment
3(7)
The Construction Industry
10(1)
Safety
11(2)
The Contracting Environment
13(1)
Planning Equipment Utilization
14(2)
Summary
16(1)
Problems
16(1)
Resources
17(1)
Website Resources
17(2)
Chapter 2 Equipment Economics 19(42)
Important Questions
19(1)
Equipment Records
20(1)
The Rent Paid for the Use of Money
21(6)
Cost of Capital
27(1)
Evaluating Investment Alternatives
28(2)
Elements of Ownership Cost
30(7)
Elements of Operating Cost
37(5)
Cost for Bidding
42(8)
Replacement Decisions
50(1)
Rent and Lease Considerations
51(5)
Summary
56(1)
Problems
57(3)
Resources
60(1)
Website Resources
60(1)
Chapter 3 Planning for Earthwork Construction 61(35)
Planning
61(5)
Graphical Presentation of Earthwork
66(3)
Earthwork Quantities
69(8)
Mass Diagram
77(1)
Using the Mass Diagram
78(7)
Structural Excavation
85(3)
Pricing Earthwork Operations
88(3)
Summary
91(1)
Problems
91(3)
Resources
94(1)
Website Resources
95(1)
Chapter 4 Soil and Rock 96(26)
Introduction
96(1)
Glossary of Terms
97(1)
Soil and Rock Properties
97(11)
Compaction Specification And Control
108(1)
Compaction Tests
109(5)
Soil Processing
114(5)
Summary
119(1)
Problems
119(2)
Resources
121(1)
Website Resources
121(1)
Chapter 5 Compaction And Stabilization Equipment 122(28)
Compaction Of Soil And Rock
122(1)
Glossary Of Terms
123(1)
Compacting Methods
124(1)
Types Of Compacting Equipment
125(12)
Intelligent Compaction
137(1)
Roller Production Estimating
138(1)
Soil Stabilization
139(2)
Stabilization Of Soils With Lime
141(2)
Stabilization Of Soils With Cement
143(3)
Summary
146(1)
Problems
147(1)
Resources
148(1)
Website Resources
148(2)
Chapter 6 Mobile Equipment Power Requirements 150(29)
General Information
150(2)
Required Power
152(6)
Available Power
158(6)
Usable Power
164(4)
Performance Charts
168(6)
Summary
174(1)
Problems
175(3)
Resources
178(1)
Website Resources
178(1)
Chapter 7 Dozers And Graders 179(45)
Introduction
179(6)
Pushing Material
185(1)
General Information
185(5)
Project Employment
190(2)
Dozer Production Estimating
192(7)
Dozer Safety
199(1)
Ripping Rock
199(1)
Rippers
199(6)
Ripper Attachments
205(2)
Ripping Production Estimates
207(3)
Graders
210(1)
General Information
210(4)
Grader Operations
214(2)
Time Estimates
216(2)
Fine Grading Production
218(1)
Grader GPS Control
218(1)
Grader Safety
219(1)
Summary
220(1)
Problems
220(3)
Resources
223(1)
Website Resources
223(1)
Chapter 8 Scrapers 224(31)
General Information
224(1)
Scraper Types
225(5)
Scraper Operation
230(1)
Scraper Performance Charts
231(3)
Scraper Production Cycle
234(1)
Scraper Production Estimating Format
235(13)
Operational Considerations
248(2)
Scraper Safety
250(1)
Summary
250(1)
Problems
251(2)
Resources
253(1)
Website Resources
254(1)
Chapter 9 Excavators 255(48)
Hydraulic Excavators
255(4)
Front Shovels
259(1)
General Information
259(7)
Hoes
266(1)
General Information
266(9)
Loaders
275(1)
General Information
275(10)
Draglines And Clamshells
285(1)
General Information: Draglines And Clamshells
285(1)
Draglines
285(6)
Clamshell Excavators
291(3)
Ancillary Excavators
294(1)
Backhoe-Loaders
294(1)
Trench Safety
295(2)
Gradalls
297(1)
General Information
297(1)
Safety
298(1)
Summary
298(1)
Problems
298(3)
Resources
301(1)
Website Resources
302(1)
Chapter 10 Trucks And Hauling Equipment 303(29)
Trucks
303(2)
Rigid-Frame Rear-Dump Trucks
305(1)
Articulated Rear-Dump Trucks
306(1)
Tractors With Bottom-Dump Or Side-Dump Trailers
307(1)
Capacities Of Trucks And Hauling Equipment
308(2)
Truck Size Affects Productivity
310(1)
Calculating Truck Productivity
311(7)
Production Issues
318(1)
Tires
319(2)
Truck Performance Calculations
321(6)
Truck Safety
327(1)
Summary
328(1)
Problems
328(2)
Resources
330(1)
Website Resources
331(1)
Chapter 11 Drilling Rock and Earth 332(41)
Introduction
332(2)
Glossary Of Drilling Terms
334(2)
Drill Bits
336(1)
Rock Drills
337(6)
Drilling Methods And Production
343(5)
Estimating Drilling Production
348(8)
Drilling Soil
356(2)
Removal Of Cuttings
358(1)
Trenchless Technology
359(6)
Drilling Design And Guidance Systems
365(2)
Safety
367(1)
Summary
368(1)
Problems
369(2)
Resources
371(1)
Website Resources
372(1)
Chapter 12 Blasting Rock 373(41)
Blasting
373(2)
Glossary Of Blasting Terms
375(1)
Commercial Explosives
376(4)
ANFO
380(2)
Primers And Boosters
382(2)
Initiating Systems
384(2)
Rock Fragmentation
386(1)
Blast Design
387(13)
Powder Factor
400(2)
Trench Rock
402(1)
Breakage Control Techniques
402(3)
Vibration
405(2)
Safety
407(2)
Summary
409(1)
Problems
409(3)
Resources
412(1)
Website Resources
413(1)
Chapter 13 Aggregate Production 414(45)
Introduction
414(2)
Particle Size Reduction
416(1)
General Information
416(3)
Jaw Crushers
419(5)
Gyratory Crushers
424(6)
Roll Crushers
430(3)
Impact Crushers
433(4)
Special Aggregate Processing Units
437(1)
Feeders
437(2)
Surge Piles
439(2)
Crushing Equipment Selection
441(2)
Separation Into Particle Size Ranges
443(1)
Scalping Crushed Stone
443(2)
Screening Aggregate
445(6)
Other Aggregate Processing Issues
451(1)
Belts
451(1)
Log Washers
451(1)
Segregation
452(2)
Safety
454(1)
Summary
455(1)
Problems
455(2)
Resources
457(1)
Website Resources
458(1)
Chapter 14 Asphalt Mix Production And Placement 459(53)
Introduction
459(1)
Glossary Of Asphalt Terms
460(2)
Structure Of Asphalt Pavements
462(2)
Flexible Pavements
464(7)
Asphalt Concrete
471(1)
Asphalt Plants
472(1)
General Operation
472(1)
Batch Plants
472(7)
Drum Mix Plants
479(3)
Dust Collectors
482(1)
Asphalt Storage And Heating
483(1)
Reclaiming And Recycling
484(2)
Paving Equipment
486(1)
Sweeper
486(1)
Asphalt Distributors
487(3)
Haul Trucks
490(2)
Asphalt Pavers
492(7)
Compaction Equipment
499(6)
Safety
505(1)
Trimmers
506(1)
Summary
507(1)
Problems
508(2)
Resources
510(1)
Website Resources
510(2)
Chapter 15 Concrete And Concrete Equipment 512(57)
Introduction
512(2)
Concrete
514(1)
Fresh Concrete
514(1)
Batching Concrete Materials
515(5)
Mixing Concrete
520(1)
Concrete Mixing Techniques
520(6)
Ready-Mixed Concrete
526(3)
Central-Mixed Concrete
529(2)
Placing Concrete
531(1)
Buckets
531(2)
Manual Or Motor-Propelled Buggies
533(1)
Chutes And Drop Pipes
533(1)
Belt Conveyors
533(1)
Concrete Pumps
534(11)
Consolidating And Finishing
545(1)
Consolidating Concrete
545(2)
Finishing And Curing Concrete
547(3)
Concrete Pavements
550(1)
Slipform Paving
550(8)
Paving Production
558(2)
Additional Applications And Considerations
560(1)
Placing Concrete In Cold Weather
560(1)
Placing Concrete In Hot Weather
561(1)
Safety
562(1)
Pumping Concrete
562(1)
Summary
563(1)
Problems
564(2)
Resources
566(1)
Website Resources
567(2)
Chapter 16 Cranes 569(53)
Major Crane Types
569(2)
Mobile Cranes
571(1)
Lattice-Boom Crawler Cranes
571(2)
Telescoping-Boom Truck Cranes
573(1)
Lattice-Boom Truck Cranes
574(1)
Rough-Terrain Cranes
575(1)
All-Terrain Cranes
576(1)
Other Mobile Crane Types
577(6)
Lifting Capacities Of Cranes
583(2)
Rated Loads For Lattice- And Telescoping-Boom Cranes
585(3)
Working Ranges Of Cranes
588(1)
Tower Cranes
589(1)
Classification
589(4)
Operation
593(10)
Tower Crane Selection
603(2)
Rated Loads For Tower Cranes
605(3)
Rigging
608(1)
Rigging Basics
608(3)
Slings
611(2)
Safety
613(1)
Crane Accidents
613(2)
Safety Plans And Programs
615(1)
Zones Of Responsibility
616(1)
Summary
617(1)
Problems
618(1)
Resources
619(2)
Website Resources
621(1)
Chapter 17 Piles And Pile-Driving Equipment 622(36)
Introduction
622(1)
Glossary Of Terms
622(2)
Pile Types
624(1)
Classifications Of Piles
624(1)
Timber Piles
625(1)
Concrete Piles
626(5)
Steel Piles
631(2)
Sheet Piles
633(3)
Driving Piles
636(1)
The Resistance Of Piles To Penetration
636(2)
Site Investigation And Test Pile Program
638(1)
Pile Hammers
639(10)
Supporting And Positioning Piles During Driving
649(2)
Jetting Piles
651(1)
Spudding And Preaugering
651(1)
Hammer Selection
652(3)
Pile-Driving Safety
655(1)
Summary
656(1)
Problems
656(1)
Resources
657(1)
Website Resources
657(1)
Chapter 18 Air Compressors And Pumps 658(37)
Support Equipment
658(1)
Compressed Air
659(1)
Introduction
659(1)
Glossary Of Gas Law Terms
660(2)
Gas Laws
662(1)
Glossary Of Air Compressor Terms
663(1)
Air Compressors
664(2)
Compressed-Air Distribution System
666(6)
Diversity Factor
672(1)
Safety
673(2)
Equipment For Pumping Water
675(1)
Introduction
675(1)
Glossary Of Pumping Terms
675(1)
Classification Of Pumps
676(1)
Centrifugal Pumps
677(6)
Loss Of Head Due To Friction In Pipe
683(1)
Rubber Hose
684(1)
Selecting A Pump
685(2)
Wellpoint Systems
687(2)
Deep Wells
689(1)
Summary
690(1)
Problems
691(2)
Resources
693(1)
Website Resources
694(1)
Chapter 19 Planning For Building Construction 695(41)
Introduction
695(3)
Site Layout
698(6)
Delivery Of Structural Components
704(1)
Steel Erection
705(2)
Tilt-Up Construction
707(2)
Lifting And Support Equipment
709(1)
Cranes
709(3)
Aerial Lift Platforms
712(3)
Integrated Tool Carriers
715(1)
Telescopic Handlers/forklifts
716(2)
Generators
718(2)
Portable Light Towers
720(1)
Portable Welding Equipment
720(4)
Control Of Construction Nuisances
724(1)
Construction Noise
725(1)
Noise Mitigation
726(3)
Lighting
729(1)
Dust
730(1)
Vibration
731(1)
Summary
731(1)
Problems
732(1)
Resources
733(2)
Website Resources
735(1)
Chapter 20 Forming Systems 736(47)
Classification
736(2)
Formwork And The Project Engineer
738(1)
Formwork Design
739(4)
Formwork Economics
743(7)
Vertical Systems
750(12)
Horizontal Systems
762(4)
Combined Vertical And Horizontal Systems
766(4)
Shoring Towers
770(7)
Safety
777(1)
Summary
778(1)
Problems
779(1)
Resources
780(1)
Website Resources
781(2)
Appendix A Alphabetical List of Units with Their SI Names and Conversion Factors 783(2)
Appendix B Selected English-to-SI Conversion Factors 785(2)
Appendix C Selected U.S. Customary (English) Unit Equivalents 787(2)
Appendix D Selected Metric Unit Equivalents 789(2)
Index 791
Robert L. Peurifoy was Professor Emeritus at the University of Texas at Austin.





Cliff Schexnayder (Tempe, AZ) Eminent Scholar Emeritus at Del Webb School of Construction, Arizona State University.





Dr. Robert L. Schmitt is a Professor of Civil Engineering at the University of Wisconsin, Platteville Campus. He received his Ph.D. in Civil Engineering from the University of Wisconsin-Madison, Masters Degree in Civil Engineering from Purdue University, and Bachelor Degree in Civil Engineering from the University of Wisconsin-Platteville. Dr. Schmitt has a combined 20 years of construction industry practice, research, and teaching experience. He has managed field-based research projects ranging from determining materials testing and inspection levels on highway construction projects, to improving productivity of field construction operations. He has taught a range of construction engineering courses for 10 years, including project management, costs & estimates, construction equipment, design of construction operations, engineering economic analysis, and senior-level capstone design. Dr. Schmitt is a member of the American Society of Civil Engineers, American Concrete Institute, Association of Asphalt Paving Technologists, and educational member of Associated General Contractors of America. He has been a registered professional engineer for 15 years.





Aviad Shapira (Haifa, Israel) Associate Professor at TechnionIsrael Institute of Technology.