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Water Resources Systems Planning and Management by S.K.Jain and V.P.Singh Free Download PDF

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WATER RESOURCES SYSTEMS PLANNING AND MANAGEMENT

BY SHARAD K JAIN AND VIJAY K SINGH

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ABOUT THE BOOK

WATER RESOURCES SYSTEMS PLANNING AND MANAGEMENT

AUTHORS : S.K.JAIN AND V.P.SINGH

PUBLISHERS : ELSEVIER PUBLISHERS


In nature, the water of right quality in right quantity is usually not available at the right 
place at the right time. Sometimes, it is available at the wrong place and at the wrong 
time and its quality and quantity are not what they should be. Although in nutshell, this 
is the gist of the problem, this seemingly innocuous, albeit naughty interplay of words 
fails to convey the gravity and the magnitude of the problems that are caused by the 
mismatch between the availability and the demand of good quality water. Nature can 
indeed be very harsh and ruthless at times. However, a positive outcome of this 
mismatch is the development of a wide range of tools and techniques for water 
resources systems planning, development, operation, and management.

The subject matter of the book is divided into four parts. The first part, termed
Preliminaries, contains four chapters. Introducing the basic theme of the book, the first 
chapter provides an overview of the current status of water resources utilization, and the 
likely scenario of demands in the near future. The basic concepts, practical applications,
and advantages and disadvantages of systems analysis techniques are presented. Also 
provided is a discussion of seven challenges for the water sector identified and debated 
in recent international forums. Temporal and spatial hydrologic analyses require 
extensive data. An understanding of how this data is measured and how the processing 
of this data is done is important before undertaking any water resources systems 
analysis. Chapter 2 presents techniques of observing and processing the data used in 
water resources systems. The discussion is extended to emerging techniques in Chapter 
3. These techniques are Remote Sensing, GIS, Artificial Neural Networks, and Expert 
Systems. These techniques are versatile, highly useful, and are playing increasingly 
important role in water resources planning and management. Chapter 4 discusses 
statistical tools for deriving the desired information from these data, including 
commonly used probability distributions, methods of parameter estimation, regression 
and correlation analysis, frequency analysis, time-series analysis, and transition 
matrices and Markov chains.
Part 2 of the book deals with Decision Making which is a bouquet of 
techniques organized in 4 chapters. Optimization and simulation techniques are 
discussed in Chapter 5. Most of the analysis dealing with planning and management of 
water resources systems is carried out using these techniques. Besides technical aspects, 
economic analysis is essential to rank the various competing projects and the 
subsequent approval by the decision-maker. Chapter 6 dwells upon the techniques of 
economic analysis. During recent years, environmental and social aspects, and
rehabilitation and resettlement of project-affected people have come to occupy a central 
stage in planning as well as management of water resources projects. It is now
recognized that these projects may have a lasting impact on the social fabric of the area 
concerned. It is, therefore, necessary that while planning as well as operating a water 
resources system, adequate care and precautions are exercised so that adverse impacts 
on the society and the environment are minimized. These issues form the subject matter 
of Chapter 7. Using basic analytical tools and the knowledge of environmental and 
social aspects, the practitioner is required to take a rational and balanced decision 
regarding design and management of water resources systems. Since major inputs to a 
water resources system, such as rainfall, meteorological variables, etc. are not 
deterministic, these systems inherently have an element of risk. The concept of rational 
decision making and the associated elements, such as the concept of risk, reliability, and 
uncertainty in water resources systems, are discussed in Chapter 8. 
Part 3 of the book, comprising 2 chapters, deals with Water Resources 
Planning and Development. Chapter 9 discusses basic concepts of planning, 
classification and steps of the planning process, integrated planning, institutional setup, 
public involvement, and planning models. Chapter 10 discusses planning and sizing of 
reservoirs, and approaches to compute the storage capacity for conservation as well as 
flood control. 
The fourth and last part of the book, encompassing 4 chapters, focuses on 
Systems Operation and Management. After a reservoir has been constructed, it is 
essential that it is managed in the best possible way so that benefits can be maximized. 
The techniques of reservoir operation are discussed in Chapter 11. It includes a detailed
discussion on conventional and systems techniques for regulating a system consisting of 
reservoirs in series and parallel and the application of various systems analysis
techniques, such as optimization and simulation. It also discusses real-time operation of 
reservoirs and the logistics required. Many dams around the world are experiencing a 
significant loss of their storage capacity every year due to sedimentation. This topic is 
discussed in Chapter 12, providing details of soil erosion and mathematical modeling of 
sediment transport, empirical techniques as well as latest satellite data-based techniques 
to assess reservoir sedimentation, methods to prevent the sediment from entering a 
reservoir, and recovery of reservoir storage by flushing and dredging.
No analysis of water resources systems is complete without consideration of 
water quality. Chapter 13 presents fundamentals of measurement of water quality 
variables and modeling of water quality in rivers. A river basin is the natural unit in 
which water occurs and currently a lot of emphasis is being placed on holistic 
management of river basins. Chapter 14, the final chapter, discusses various issues 
related to management of a river basin. The discussion includes integrated water quality 
and quantity management, water pricing, water rights, inter-basin water transfer, 
decision support systems, privatization, and management of intemational river basins.


CONTENTS
  1. Introduction to Water Resources Systems
  2. Acquisition and Processing of Water Resources Data
  3. Emerging Techniques for Data Acquisition and Systems Modeling
  4. Statistical Techniques for Data Analysis
  5. Systems Analysis Techniques
  6. Economic Considerations
  7. Environmental and Social Considerations
  8. Rational Decision Making
  9. Water Resources Planning
  10. Reservoir Sizing
  11. Reservoir Operation
  12. Reservoir Sedimentation
  13. Water Quality Modeling
  14. River Basin Planning and Management


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Construction Planning, Equipment and Methods by Robert L. Peurifoy, Clifford J. Schexnayder and Aviad Shapira - Free Download PDF

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CONSTRUCTION PLANNING, EQUIPMENT AND METHODS

BY ROBERT L PEURIFOY, CLIFFORD J SCHEXNAYDER AND AVIAD SHAPIRA

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ABOUT THE BOOK

CONSTRUCTION PLANNING, EQUIPMENT AND METHODS

AUTHORS : ROBERT L PEURIFOY, CLIFFORD J SCHEXNAYDER AND ACIAD SHAPIRA

PUBLISHERS : McGRAW HILL EDUCATION

Construction Planning, Equipment, And Methods is a reference book that explains concepts to its readers in a simple, logical and concise format. To make this book accessible to both professionals and students, hundreds of photos and illustrations are provided. The book also explains machine capabilities and how it is applied to construction challenges. New chapters introduced in the book include Planning for Building Construction and Forming Systems. In order to present the latest information on machines and methods, figures used throughout the text have been updated. 
Utilization of machines always involves a safety risk. For the benefit of the readers who will use and operate machines, a discussion on safety is provided in every chapter for various machines and their use. Each chapter also contains a range of homework problems. There are 22 chapters in the book. The readers will move through chapters such as Machines Make It Possible, Planning for Earthwork Construction, Excavators, Scrapers, Aggregate Production, Cranes, Concrete and Concrete Equipment, Air Compressors and Pumps, and Forming Systems. Construction Planning, Equipment, And Methods also contains four appendices, which provide SI names and their conversion factors, selected English-to-SI converted factors, and US customary (English) unit and metric unit equivalents.

CONTENTS
  1. Machines Make it Possible
  2. Fundamental Concepts of Equipment Economics
  3. Planning for Earthwork Construction
  4. Soil and Rock
  5. Compaction and Stabilization Equipment
  6. Machine Equipment Power Requirements
  7. Dozers
  8. Scrapers
  9. Excavators
  10. Trucks and Hauling Equipment
  11. Finishing Equipment
  12. Drilling Rock and Earth
  13. Blasting Rock
  14. Aggregate Production
  15. Asphalt Mix Production and Placement
  16. Concrete and Concrete Equipment
  17. Cranes
  18. Drag lines and Clamshells
  19. Piles and Pile-Driving Equipment
  20. Air Compressors and Pumps
  21. Planning for Building Construction
  22. Forming Systems


DETAILED CONTENTS







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The Seventh Edition of Construction Planning, Equipment, and Methods, follows in the footsteps of the previous editions by providing the reader with the fundamentals of machine utilization and production estimating in a logical, simple, and concise format. Our text features expanded coverage of building in today's global environment. Hundreds of photos and illustrations have been added to the seventh edition to make this dynamic text even more accessible to both students and professionals. In addition, since technology is constantly evolving, this text provides an understanding of machine capabilities and how to properly apply those capabilities to construction challenges. The media package includes: Web-based exercises have been added to many chapters to draw attention to the expanding volume of information available over the Internet. The computer monitor icon in the text margin will direct you to the text website (http://www.mhhe.com/engcs/civil/peurifoy). In addition, extensive web resources are provided at the end of every text chapter.
Table of contents : 
Chp 1: Machines Make It Possible......Page 12
CHp 2: Fundamental Conceptsof Equipment Economics......Page 20
Chp 3: Planning for EarthworkConstruction......Page 42
SOIL AND ROCK PROPERTIES......Page 57
COMPACTION SPECIFICATIONAND CONTROL......Page 62
COMPACTION TESTS......Page 63
SOIL PROCESSING......Page 65
SUMMARY......Page 67
PROBLEMS......Page 68
COMPACTION OF SOIL AND ROCK......Page 69
TYPES OF COMPACTING EQUIPMENT......Page 70
DYNAMIC COMPACTION......Page 76
GENERAL INFORMATION......Page 77
STABILIZING SOILS WITH LIME......Page 78
CEMENT -SOIL STABILIZATION......Page 79
PROBLEMS......Page 81
REQUIRED POWER......Page 82
A VAILABLE POWER......Page 86
USABLE POWER......Page 89
PERFORMANCE CHARTS......Page 91
PROBLEMS......Page 94
INTRODUCTION......Page 97
PERFORMANCE CHARACTERISTICSOF DOZERS......Page 98
BLADES......Page 101
PROJECT EMPLOYMENT......Page 103
DOZER PRODUCTION ESTIMATING......Page 104
DOZER PRODUCTION ESTIMATING FORMAT......Page 107
DETERMINING THE RIPPABILITY OF ROCK......Page 114
DETERMINING THE THICKNESS ANDSTRENGTH OF ROCK LAYERS......Page 115
RIPPER ATTACHMENTS......Page 116
RIPPING PRODUCTION ESTIMATES......Page 117
SUMMARY......Page 118
PROBLEMS......Page 119
PUSher-Loaded Scrapers......Page 123
Self-Loading Scrapers......Page 124
SCRAPER PERFORMANCE CHARTS......Page 126
SCRAPER PRODUCTION ESTIMATINGFORMAT......Page 128
OPERATIONAL CONSIDERATIONS......Page 135
. SCRAPER SAFETY......Page 136
PROBLEMS......Page 137
HYDRAULIC EXCAVATORS......Page 138
HYDRAULIC EXCAVATOR ACCIDENTS......Page 139
GENERAL INFORMATION......Page 140
SELECTING A FRONT SHOVEL......Page 141
HEIGHT OF CUT EFFECTON SHOVEL PRODUCTION......Page 142
ANGLE OF SWING EFFECTON SHOVEL PRODUCTION......Page 143
BUCKET RATING FOR HADRAULIC HOES......Page 144
SELECTING A HOE......Page 146
CALCULATING HOE PRODUCTION......Page 147
LOADER BUCKETS/ATTACHMENTS......Page 149
OPERATING SPECIFICATIONS......Page 150
LOADER PRODUCTION RATES......Page 151
CALCULATING WHEEL LOADERPRODUCTION......Page 152
CALCULATING TRACK LOADERPRODUCTION......Page 153
TRENCHING MACHINES......Page 154
TRENCHING MACHINE PRODUCTION......Page 155
BACKHOE-LOADERS......Page 156
SUMMARY......Page 157
PROBLEMS......Page 158
Chp 10: Trucks and Hauling Equipment......Page 160
Chp 11: Finishing Equipment......Page 172
Chp 12: Drilling Rock and Earth......Page 180
Ch p13: Blasting Rock......Page 198
Chp 14: Aggregate Production......Page 215
Chp 15: Asphalt Mix Production and Placement......Page 233
Chp 16: Concrete and Concrete Equipment......Page 253
Chp 17: Cranes......Page 278
Draglines and Clamshells......Page 302
Piles and Pile-DrivingEquipment......Page 312
Air Compressorsand Pumps......Page 331
Chp 21: Planning for BuildingConstruction......Page 349
CLASSIFICATION......Page 363
FORMWORK AND THE PROJECT ENGINEER......Page 364
Lateral Pressure of Concrete on Vertical Forms......Page 365
Formwork: A Layered System......Page 366
Material Cost......Page 367
Labor Cost......Page 370
Wall Forms......Page 371
Specialized Wall Forms......Page 373
HORIZONTAL SYSTEMS......Page 375
Table Forms......Page 376
Tunnel Form Systems......Page 378
SHORING TOWERS.......Page 381
SAFETY......Page 384
SUMMARY......Page 385
REFERENCES......Page 386

Construction Process Planning and Management An Owner�s Guide to Successful Projects by Sidney M. Levy - Free Download PDF

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CONSTRUCTION PROCESS PLANNING AND MANAGEMENT

AN OWNERS GUIDE TO SUCCESSFUL PROJECTS

BY SIDNEY M LEVY

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ABOUT THE BOOK

              Construction Process Planning and Management  An Owner�s Guide to Successful Projects written by Sidney M. Levy is published by  Butterworth  -Heinemann, imprint of Elsevier.

               A   contractor can be selected ?rst by offering bid documents to a selected group of builders, and, second, upon selection, negotiating the ?nal terms, conditions, and contract sum. Contractors work on slim pro?t margins, and most try to control their project by monitoring their costs closely. And most reputable contractors will assume some responsibility for minor contract obligation interpretations. Owners driving a particularly hard bargain with the contractor may ?nd that there is little  � wiggle �  room left for the builder. 
  
                An   owner has a right to expect professional performance from the architect and contractor. After all, they have committed or will shortly be committing signi?cant funds to each of these professionals. The architect and engineers will in turn be committing their staff and their reputation to the design of your building, and in today�s complex building systems, incorporating compliance with a multitude of local, state, and federal rules and regulations, and that is a mighty task.  

                  Owners   must be as fair in their dealings with their design and construction team, as they expect those members to be fair to them. The three tenets of a well-executed construction project can be summed up in three words: fair, responsible, and reasonable. An engaged and knowledgeable owner is a prime requisite for a successful construction project, and hopefully this book will make those tasks somewhat easier. 

CONTENTS
  1. The genesis of a construction project 
  2. Selecting and working with an architect
  3. The architectural, engineering, and contracting industries 
  4. Construction contracts pros and cons 
  5. Preparing the bid documents 
  6. The construction contract 
  7. Organizing for the construction process 
  8. Change orders 
  9. Green and sustainable buildings 
  10. Disputes and claims 
  11. Basic construction components 
DETAILED CONTENTS






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PROJECT MANAGEMENT Techniques in Planning and Controlling Construction Projects by HlRA N. AHUJA, S. P. DOZZl, S. M. ABOURlZK - Free Download PDF

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PROJECT MANAGEMENT TECHNIQUES IN PLANNING AND CONTROLLING CONSTRUCTION PROJECTS

BY HIRA N AHUJA, S P DOZZI, S M ABOURIZK

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ABOUT THE BOOK

                 Project Management Techniques in Planning and Controlling Construction Projects written by Hira N Ahuja, S P Dozzi, S M Abourizk is published by John Wiley and Sons, Inc., 

                  The need for efficient project management is always continuous. The intro- duction of quantitative analysis cannot itself solve management problems; it is necessary also to form a synthesis of quantitative facts and the human element to achieve professional project management. 

                   Managing a project involves planning, organizing, executing, and rnonitor- ing that project. Planning often has been construed to mean scheduling, but this is not the case. A significant portion of a project manager's time is spent in planning, which is proactive management. A project consists of many elements, all of which require careful planning-time, cost, material, and organization. 

                    The scope of this edition is broader than the first edition, because schedul- ing is treated as only one of several planning areas. Other approaches are also introduced, such as various forms of simulation, which is one of the more promising techniques that deal with the dynamics of a project and resource management. 

CONTENTS
  1. CONCEPTS 
  2. PLANNING 
  3. PROJECT ORGANIZATION 
  4. BAR CHARTS (GANTT) 
  5. CPM: ACTIVITY ON ARROW (AOA) 
  6. AOA CRITICAL PATH ANALYSIS 
  7. PRECEDENCE NETWORKS: ACTIVITY-ON-NODE (AON) 
  8. PLANNING METHODS, TOOLS, AND PROCEDURES 
  9. RESOURCE ALLOCATION
  10. DETERMINATION OF MOST ECONOMICAL PROJECT DURATION
  11. PROJECT ESTIMATES
  12. COST BUDGETING 
  13. CASH FLOW FORECASTING 
  14. PLAN IMPLEMENTATION, MONITORING, AND CONTROL  
  15. PROGRAM EVALUATION AND REVIEW TECHNIQUE (PERT)  
  16. AN INTRODUCTION TO SIMULATION 
  17. AN INTRODUCTION TO SYSTEMS SIMULATION 
  18. MATERIAL MANAGEMENT 
  19. PROJECT MANAGEMENT INFORMATION SYSTEM 
  20. CLAIMS 
  21. CORRECTIVE ACTION
  22. TOTAL QUALITY MANAGEMENT OF PROJECTS 
  23. CONSTRUCTABILITY
  24. COMPUTERS IN CONSTRUCTION 

DISCLAIMER : I AM NOT THE ORIGINAL PUBLISHER OF THIS BOOK ON NET. THIS E-BOOK HAS BEEN COLLECTED FROM OTHER SOURCES OF NET.


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Construction Project Management - Planning and Scheduling by Henry F.W. Naylor - Free Download PDF

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CONSTRUCTION PROJECT MANAGEMENT

PLANNING AND SCHEDULING

BY HENRY F.W. NAYLOR

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ABOUT THE BOOK

               Construction Project Management - Planning and Scheduling written by Henry F.W. Naylor ( M.Sc., P.Eng.) is published by Delmar Publishers.

                Students with a variety of goals will find this text useful: tradesmen starting their own businesses, engineering students in the first two years of their program, construction technicians in a self-study program in estimating and engineering economics, and "Night School" students intent on personal upgrading. 

                This text evolved from a one-semester course given to two-year Construction Management students. Half the students had worked in the construction industry and the rest came directly from secondary school or trades training. The course material started at an introductory level because most students had no background in planning or operational thinking. The teaching materials evolved each year (over a twenty-five-year period) as the result of student comments and other feedback, culminating in this text. Moreover, an advisory committee of construction managers reviewed the material over this long period. 

                The book is about the basic scheduling of projects. It does not consider the connections to budgeting, cost control, or the many other disciplines that require a schedule as a base because there are many good texts that deal with these sub- jects. The examples have a construction focus but the techniques apply to any kind of project from theatrical productions to military maneuvers. There are over 150 illustrations that expand on the written descriptions in this text. Because computer programs are nearly completely pictorial, the book subliminally introduces the visual approach to scheduling. 

CONTENTS
  1. Introduction to the Planning of Projects 
  2. The Work Breakdown Structure 
  3. Graphical Conventions for Tasks, Events, and Networks 
  4. Developing Network Diagrams from a Precedence Grid 
  5. Time and the Duration of Activities 
  6. Time Calculations for Bubble and Arrow Networks
  7. Delays and Other Constraints 
  8. Scheduling Resource Procurement 
  9. Resource Levelling 
  10. Reducing the Duration of a Project 
  11. PERT-The Basic Concepts 
  12. Some Computer Applications 
  13. Communicating Your Planning Information 

IN THE BOOK - SCREENSHOTS








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Airport Engineering Planning, Design and Development of 21st Century Airports by Norman J. Ashford, Saleh Mumayiz, Paul H. Wright

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AIRPORT ENGINEERING PLANNING, DESIGN AND DEVELOPMENT OF 21st CENTURY AIRPORTS

NORMAN J ASHFORD, SALEH MUMAYIZ, PAUL H WRIGHT

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ABOUT THE BOOK

                Airport Engineering Planning, Design and Development of 21st Century Airports written by Norman J. Ashford, Saleh Mumayiz, Paul H. Wright is published by John Wiley and Sons, Inc. 

                 This book has been rewritten in its fourth edition to continue to serve as a basic text for courses in airport planning and design. In the past it has been of value as reference to airport designers, planners, and administrators worldwide as well as to consultants in airport infrastructure development. The fourth edition is a complete update of the third edition, published in 1992, taking into account major revisions to Federal Aviation Adminstration (FAA), International Civil Aviation Organization (ICAO), and International Air Transport Association (IATA) standards and recommended practices. Furthermore, the revisions re?ect the experiences of the authors in teaching, consulting, and research in this ?eld. The authors have teaching experience in postgraduate and post-experience courses throughout the world and extensive consultancy experience, having in the last 20 years participated in the planning and design of many airports around the world, both large and small. 

                   The introduction of the A380 aircraft into service has heralded the arrival of what had, up to then, been termed the New Large Aircraft. The information technology (IT) revolution had profound in?uence on air travel and the air transport industry. The widespread usage of the Internet has also permitted the rapid and broad publication of standards and recommended practices by the FAA and other regulatory bodies. The nature of civil aviation itself has changed with the evolution and proliferation of the low-cost carriers and growth of this market. Moreover, air freight has grown considerably and now has a signi?cant proportion of its traf?c carried by the door-to-door service of the integrated carriers. The general availability of desktop computers and low-cost software allows designers and operators to use computerized techniques [e.g., modeling, simulation, and geographic information system (GIS)] more widely and effectively as a day-to-day tool of airport design and operation. In the area of the environmental impact of aviation, the aircraft of the twenty-?rst century are an order-of-magnitude quieter than their predecessors: The importance of noise impact has decreased as the industry faces increased scrutiny and regulation in areas of water and air pollution, carbon footprint, renewable energy, and sustainable development.


CONTENTS
  1. The Structure and Organization of Air Transport 
  2. Forecasting Air Transport Demand 
  3. Characteristics of Aircraft As They Affect Airports 
  4. Airport System Planning 
  5. Airport Master Planning 
  6. CNS/ATM 
  7. Airport Capacity 
  8. Airside Con?guration and Geometric Design of the Airside 
  9. Safeguarding the Airport 
  10. Passenger Terminal 
  11. Air Cargo Facilities 
  12. Airport Drainage and Pavement Design 
  13. Airport Access 
  14. Heliports, STOLports, and Vertiports 
  15. Airport Modeling and Simulation
  16. Airport City 
  17. Environmental Impacts of Airports 

DETAILED CONTENTS

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IN THE BOOK - SCREENSHOTS







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