Showing posts with label civil engineering. Show all posts
Showing posts with label civil engineering. Show all posts

Advance Soil Mechanics Lecture Notes from MIT-USA

The following set of lecture notes cover every major topic discussed in class.
Part II-1 Soil Composition, Index Properties and Soil Classification (PDF - 1.6 MB)
Part II-2 Soil Structure and Environmental Effects (PDF)
Part III-1 Dry Soil: Stresses (PDF)
Part III-2 Stress-Strain-Strength Properties (PDF - 1.0 MB)
Part III-3 Lateral Earth Pressures and Retaining Walls (PDF)
Part III-4 Shallow Foundations on Sand: Bearing Capacity (PDF - 3.0 MB)
Part IV-1 Effective Stress Principle and Capillarity (PDF)
Part IV-2 One-Dimensional Flow (PDF)
Part IV-2A Two-Dimensional Flow (PDF)
Part IV-3 Coefficient of Permeability (PDF 1 of 2) (PDF 2 of 2 - 2.0 MB)
Part IV-4 Stress-Strain-Strength Behavior of Saturated Clays (PDF - 2.4 MB)
Part IV-5 Lateral Earth Pressures (PDF)
Part IV-6 Slope Stability (PDF)
Part IV-7 Bearing Capacity (PDF)
Part V-1 Introduction, Pore Pressure Parameters and Undrained Shear (PDF)
Part V-2 Consolidation and Secondary Compression (PDF)
Part V-3 Stability Evaluation: Cohesive Soils (PDF)
Part V-4 Estimation of Design su in Practice (PDF - 2.0 MB)
Part V-5 Settlement Analyses (PDF - 3.0 MB)

Dynamics and Control I Lecture Notes from MIT-USA

    Bryan Owens and Frederick Jao prepared these notes specifically for MIT OpenCourseWare.
    SES # TOPICS
    I. Motion of a Single Particle
    L1 Newton's Laws, Cartesian and Polar Coordinates, Dynamics of a Single Particle (PDF)
    L2 Work-Energy Principle (PDF)
    L3 Dynamics of a Single Particle: Angular Momentum (PDF)
    II. Motion of Systems of Particles
    L4 Systems of Particles: Angular Momentum and Work-Energy Principle (PDF)
    L5 Systems of Particles: Example 1: Linear Momentum and Conservation of Energy, Example 2: Angular Momentum (PDF)
    L6 Collisions (PDF)
    III. 2D-Motion of Rigid Bodies
    L7 2D-Motion of Rigid Bodies: Kinematics (PDF)
    L8 2D-Motion of Rigid Bodies: Kinematics - Instant Centers; Kinetics (PDF)
    L9 2D-Motion of Rigid Bodies: Kinetics, Parallel Axis Theorem (PDF)
    L10 2D-Motion of Rigid Bodies: Falling Stick Example, Work-Energy Principle (PDF)
    L11 2D-Motion of Rigid Bodies: Finding Moments of Inertia, Rolling Cylinder with Hole Example (PDF)
    L12 2D-Motion of Rigid Bodies: Rolling Cylinder and Rocker Examples (PDF)
    IV. Introduction to Lagrangian Dynamics
    L13 Lagrangian Dynamics: Generalized Coordinates and Forces (PDF)
    L14 Lagrangian Dynamics: Virtual Work and Generalized Forces (PDF)
    L15 Lagrangian Dynamics: Derivations of Lagrange's Equations and Examples (PDF)
    L16 Lagrangian Dynamics: Examples (PDF)
    L17 Lagrangian Dynamics: Examples and Equilibrium Analysis (PDF)
    L18 Lagrangian Dynamics: Examples and Equilibrium Analysis (cont.) (PDF)
    L19 Lagrangian Dynamics: Examples and Equilibrium Analysis (cont.) (PDF)
    V. Vibrations
    L20 Vibrations: Second Order Systems with One Degree of Freedom - Free Response (PDF)
    L21 Vibrations: Second Order Systems with One Degree of Freedom - Forced Response (PDF)
    L22 Vibrations: Free Response of Multi-Degree-of-Freedom Systems (PDF)
    L23 Vibrations: Two Degrees of Freedom Systems - Wilberforce Pendulum (PDF)
    L24 Vibrations: Forced Response of Multi-Degree-of-Freedom Systems (PDF)

    Introduction to Civil Engineering Design

    SES # TOPICS
    L1 Introduction
    L2 Planning and Design Process
    L3 Materials, Loads, and Design Safety
    L4 Behavior and Properties of Concrete and Steel
    L5 Wind and Earthquake Loads
    L6 Design of Reinforced Concrete Beams for Flexure
    L7 Design of Reinforced Concrete Beams for Flexure
    L8 Design of Reinforced Concrete Beams for Shear
    L9 Guest Lecture: Project Introduction
    L10 Design of Reinforced Concrete Beams for Shear
    L11 Project Hour: Group Presentations on Site Visit Observation
    L12 Bond, Anchorage, and Serviceability
    L13 Bond, Anchorage, and Serviceability
    Project Discussions
    L14 Reinforced Concrete Columns
    L15 Discussion of Project Tasks
    L16 Exam 1 Review
    L17 Exam 1
    L18 Reinforced Concrete Columns
    L19 Special Topic Lecture: Prestressed Concrete
    L20 Reinforced Concrete Slabs
    L21 Special Lecture: Bridge Design— Beyond the Calculations
    L22 Introduction to Steel Design (PDF)
    L23 Tension Members and Connections (PDF)
    L24 Group Presentations
    L25 Compression Members (PDF)
    L26 Guest Lecture: Prestressed Concrete Systems
    L27 Bending Members (PDF)
    L28 Exam 2 Review
    L29 Exam 2
    L30 Structural Systems
    L31 Final Project Presentations
    L32 Final Project Presentations

    Advanced Soil Mechanics Lecture notes from MIT-USA

    The following set of lecture notes cover every major topic discussed in class.
    Part II-1 Soil Composition, Index Properties and Soil Classification (PDF - 1.6 MB)
    Part II-2 Soil Structure and Environmental Effects (PDF)
    Part III-1 Dry Soil: Stresses (PDF)
    Part III-2 Stress-Strain-Strength Properties (PDF - 1.0 MB)
    Part III-3 Lateral Earth Pressures and Retaining Walls (PDF)
    Part III-4 Shallow Foundations on Sand: Bearing Capacity (PDF - 3.0 MB)
    Part IV-1 Effective Stress Principle and Capillarity (PDF)
    Part IV-2 One-Dimensional Flow (PDF)
    Part IV-2A Two-Dimensional Flow (PDF)
    Part IV-3 Coefficient of Permeability (PDF 1 of 2) (PDF 2 of 2 - 2.0 MB)
    Part IV-4 Stress-Strain-Strength Behavior of Saturated Clays (PDF - 2.4 MB)
    Part IV-5 Lateral Earth Pressures (PDF)
    Part IV-6 Slope Stability (PDF)
    Part IV-7 Bearing Capacity (PDF)
    Part V-1 Introduction, Pore Pressure Parameters and Undrained Shear (PDF)
    Part V-2 Consolidation and Secondary Compression (PDF)
    Part V-3 Stability Evaluation: Cohesive Soils (PDF)
    Part V-4 Estimation of Design su in Practice (PDF - 2.0 MB)
    Part V-5 Settlement Analyses (PDF - 3.0 MB)

    Mechanics and Design of Concrete Structures Lecture notes from MIT-USA

    LEC # TOPICS DESIGN EXAMPLES
    1 Introduction; Design Criteria for Reinforced Concrete Structures (PDF)  
    2 Micro-cracking of Concrete; Stress-strain Behavior in Multiaxial Loading (PDF)  
    3 Failure Theories (PDF)  
    4 Concrete Plasticity (PDF)  
    5 Fracture Concepts (PDF)  
    6 Creep and Shrinkage Deformation (PDF)  
    7 Ductility and Deflections (PDF)  
    8 Shear Failures (PDF)  
    9 Shear Transfer; Shear Design (PDF) Failure Investigation of a Prestressed Concrete Bridge Girder (PDF)
    10 Biaxial Bending (PDF)  
    11 Beam Column Joints (PDF)  
    12 Quiz 1  
    13 Torsion (PDF) Shear and Torsion (PDF)
    14 Term Project Update – Progress Reports and Presentations  
    15 Torsion, Shear, and Flexure (PDF) Shear and Torsion (PDF)
    16 Yield Line Theory for Slabs (PDF) Analysis of Rectangular Slabs Using Yield Line Theory (PDF)
    17 R/C Thin Shell Structures (PDF)  
    18 R/C Thin Shell and Structures (cont.) (PDF)  
    19 Segmental Bridges / Tall Buildings (PDF)  
    20 Term Project Update – Presentations  
    21 Deterioration and Non-destructive Evaluation (NDE) of Concrete Structures (PDF)  
    22 Earthquake Resistant Design; Repair and Seismic Retrofit of Concrete Structures (PDF)  
    23 Quiz 2  
    24 Final Presentations  
    25 Final Presentations (cont.)  
    26 Review and Discussion  

    Structural Engineering Lecture notes from MIT-USA

    SES # TOPICS
    L1 Introduction
    L2 Planning and Design Process
    L3 Materials, Loads, and Design Safety
    L4 Behavior and Properties of Concrete and Steel
    L5 Wind and Earthquake Loads
    L6 Design of Reinforced Concrete Beams for Flexure
    L7 Design of Reinforced Concrete Beams for Flexure
    L8 Design of Reinforced Concrete Beams for Shear
    L9 Guest Lecture: Project Introduction
    L10 Design of Reinforced Concrete Beams for Shear
    L11 Project Hour: Group Presentations on Site Visit Observation
    L12 Bond, Anchorage, and Serviceability
    L13 Bond, Anchorage, and Serviceability
    Project Discussions
    L14 Reinforced Concrete Columns
    L15 Discussion of Project Tasks
    L16 Exam 1 Review
    L17 Exam 1
    L18 Reinforced Concrete Columns
    L19 Special Topic Lecture: Prestressed Concrete
    L20 Reinforced Concrete Slabs
    L21 Special Lecture: Bridge Design— Beyond the Calculations
    L22 Introduction to Steel Design (PDF)
    L23 Tension Members and Connections (PDF)
    L24 Group Presentations
    L25 Compression Members (PDF)
    L26 Guest Lecture: Prestressed Concrete Systems
    L27 Bending Members (PDF)
    L28 Exam 2 Review
    L29 Exam 2
    L30 Structural Systems
    L31 Final Project Presentations
    L32 Final Project Presentations

    California Institute of Technology

    California Institute of Technology
        The California Institute of Technology (commonly referred to as Caltech) is a private research university located in Pasadena, California. The Institute maintains a strong emphasis on engineering, and manages NASA's neighboring Jet Propulsion Laboratory. Caltech is ranked in the top ten universities worldwide by metrics such as citation index, Nobel Prizes, and general university rankings. The Division of Engineering and Applied Science at Caltech offers programs in Aeronautics (GALCIT), Applied & Computational Mathematics, Applied Mechanics, Applied Physics, Bioengineering, Civil Engineering, Computation & Neural Systems, Computer Science, Control & Dynamical Systems, Electrical Engineering, Environmental Science & Engineering, Materials Science, Mechanical Engineering.



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    Georgia Institute of Technology (Georgia Tech)

        Georgia Institute of Technology (Georgia Tech)
        Located in Atlanta, Georgia, GA Tech or simply Tech is one of the best core engineering schools. Georgia Tech is currently classified by The Carnegie Foundation for the Advancement of Teaching as a university with very high research activity. Georgia Institute of Technology's Engineering graduate programs include Aerospace Engineering, Biomedical Engineering, Chemical Engineering, Civil Engineering, Electrical & Computer Engineering, Engineering Science & Mechanics, Environmental Engineering, Health Systems, Industrial & Systems Engineering, Interdisciplinary Bioengineering Program, International Logistics (Executive Masters), Operations Research, Materials Science & Engineering, Mechanical Engineering, Medical Physics, Nuclear & Radiological Engineering and Polymer, Textile & Fiber Engineering.



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    [ E-books ] Civil engineering

    [ E-books ] Civil engineering 

     

    1. [ E-Book ] Reinforced Concrete: Theory and Practice

    1.  [E-book [ Fundamentals of Construction Management

    1. [ E-book ] Wood Handbook: Wood as an Engineering Material

    1. [ E_BOOK ] Structural Engineering, Analysis and Design

       

       

     



    [   ]chemical-thermodynamics.pdf
    [   ]computational-fluid-dynamics.pdf
    [   ]conceise-hydroulics.pdf
    [   ]concepts-in-electric-circuits.pdf
    [   ]concise-environmental-engineering.pdf
    [   ]concise-hydrology.pdf
    [   ]control-engineering-matlab.pdf
    [   ]electromagnetism-for-electronic-engineers.pdf
    [   ]engineering-mathematics-youtube-workbook.pdf
    [   ]engineering-thermodynamics-solutions-manual.pdf
    [   ]engineering-thermodynamics.pdf
    [   ]fundamentals-of-reaction-engineering-worked-exam.pdf
    [   ]fundamentals-of-reaction-engineering.pdf
    [   ]heat-transfer-exercise-book.pdf
    [   ]heat-transfer.pdf
    [   ]introductory-finite-difference-methods-for-pdes.pdf
    [   ]introductory-finite-volume-methods-for-pdes.pdf
    [   ]key-concepts-in-turbo-machinery.pdf
    [   ]process-control.pdf
    [   ]sanitation-and-water-supply-in-low-income.pdf
    [   ]wind-turbines.pdf




     

     


     



     



     



     






     


     


     



     


     



     

     







     


     


     








     



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    [E-book [ Fundamentals of Construction Management

     Fundamentals of Construction Management
    by Abimbola Windapo

    Publisher: Bookboon 2013
    ISBN-13: 9788740303629
    Number of pages: 182

    Description:
    Topics covered in the book include an introduction to construction management studies; theories applicable to construction management; the construction enterprise and its environment; the construction project and its environment; and construction management processes and practices applicable to small projects.


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    [ E_BOOK ] Structural Engineering, Analysis and Design

     Structural Engineering, Analysis and Design

    by Victor E. Saouma

    Publisher: University of Colorado, Boulder 2004
    Number of pages: 142

    Description:
    These undergraduate lecture notes provide a succinct, yet rigorous, coverage of Structural Engineering. They combine, as much as possible, Analysis with Design. The author presents numerous, carefully selected, example problems.


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    [ REPORT ] Civil Engineering

    Construction Project Controls: Cost, Schedule, and Change Management

    [ REPORT ] Commercial Building Structural Design and Analysis



    here are the some of the reports related to the civil egineering .Download them and increase your knowledge,
    1. [ report ] Improving construction Productivity
    2. [ REPORT ] Residental green building report
    3. Construction Project Controls: Cost, Schedule, and Change Management
    4.   [ REPORT ] Commercial Building Structural Design and Analysis  
    5.  [ REPORT ] CONSTRUCTION PROJECT MANAGEMENT
    6.   [ E-book ] Construction cost management
    7. [report ]PROJECT REPORT ON DESIGN OF A RESIDENTIAL BUILDIN


    [ REPORT ] Commercial Building Structural Design and Analysis
    Abstract
    The purpose of this Major Qualifying Project was to analyze and design a struc turalsystem for an illustrative commercial building in Worcester, Massachusetts. The design process included an architectural layout, structural framing options using both steel and concrete, a dome roof, and a partial glass curtain wall.
    The work was c ompleted in compliance with the IBC and local building codes.
    Several structural materials and strategies were evaluated to produce a final, cost effective, design recommendation, which was presented in Revit Models


    DOWNLOAD FUL REPORT HERE
     [ REPORT ] Commercial Building Structural Design and Analysis
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    [ report ] Improving construction Productivity

     Here are the report for the civil engineering ..if you want to know about them download them
    1. [ report ] Improving construction Productivity
    2. [ REPORT ] Residental green building report
    3. Construction Project Controls: Cost, Schedule, and Change Management
    4.   [ REPORT ] Commercial Building Structural Design and Analysis  
    5.  [ REPORT ] CONSTRUCTION PROJECT MANAGEMENT
    6.   [ E-book ] Construction cost management
    7. [report ]PROJECT REPORT ON DESIGN OF A RESIDENTIAL BUILDIN




     [ report ] Improving construction Productivity

     Introduction
    The statistics for major Alberta construction projects illustrates that in 2006, $32.9 billion was
    spent on construction projects. In five years ( 2002-2007), construction projects in the oil and gas sector alone were worth $146.7 billion (Alberta Economic Development, 2007). Although the construction industry
    represents a substantial porti on of Alberta’s as well as Canada’s economy, the performance and improvem
    ent in construction productivity over the past 20 years has been declining (Choy, 2004). The decline in Alberta is consistent with the decline of construction productivity in North America over the past three decades. The decline has been reported by many researchers such as (Business Roundtable (BRT), 1989; Dozzi and AbouRizk, 1993; Hewage and Ruwanpura, 2006;
    Sharpe, 2006).


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     [ report ] Improving construction Productivity
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    CONSTRUCTION QUALITY CONTROL INSPECTION PROGRAM

     

     The guidelines presented in this chapter provide staff engineers and geologists with recommended procedures and criteria to be used in reviewing and evaluating construction quality control inspection programs for FERC jurisdictional projects. These guidelines are based on the FERC Regulations, FERC Operating Manual for Inspection of Projects and Supervision of Licenses for Water Power Projects, and selected Quality Control Inspection Programs (QCIPs) from each FERC Regional Office. The term "licensee" in the remainder of this chapter refers to licensee, exemptee or applicant as appropriate. The review performed by staff will be conducted to ensure that submitted QCIPs comply with the Commission's Regulations and provide accepted construction quality control inspection and documentation practices common to the hydroelectric industry. Quality control has been defined as measuring conformance with the requirements.

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     CONSTRUCTION QUALITY CONTROL INSPECTION PROGRAM
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    [ REPORT ] CONSTRUCTION PROJECT MANAGEMENT

     Here are the report for the civil engineering ..if you want to know about them download them
    1. [ report ] Improving construction Productivity
    2. [ REPORT ] Residental green building report
    3. Construction Project Controls: Cost, Schedule, and Change Management
    4.   [ REPORT ] Commercial Building Structural Design and Analysis  
    5.  [ REPORT ] CONSTRUCTION PROJECT MANAGEMENT
    6.   [ E-book ] Construction cost management
    7. [report ]PROJECT REPORT ON DESIGN OF A RESIDENTIAL BUILDIN





     [ REPORT ] CONSTRUCTION PROJECT MANAGEMENT

     This project is abou the construction project of a big schoool

    The following repo rt contains information and analyses related to HD Woodson Senior High School
    located in Washington, DC. The initial sections contain background information and data pertaining to
    the project, followed by four analyses created to theoretically study the Constructability, Schedule
    Acceleration and Value Engineering of a construction project. The framework for this report is created
    by the Architectural Engineering Senior Capstone Thesis course sequence.
    Analysis One: Maximizing BIM Investment
    The use of Building Information Modeling, BIM, on HD Woodson High School was an effective way to
    facilitate trade coordination.
    Using BIM assisted in coordinatingthe large amount of MEP systems in areas confined by low floor to structure heights and the desire to eliminate fie
    l d clashes of these components. While this decision was one great way to coordinate MEP Systems there are many uses that can mak BIM efforts more beneficial
    . Building Information Modeling can be much more than a
    3Dclash detecting model if the goals and uses are defined early on in a project. This critical industry issue of high initial costs associated with BIM can be justified if the end results and valuable inputs ofBuilding Information Mode
    lingare maximized. This topic was aCritical Industry discussion at the PACE Roundtables.
    Analysis Two: Optimizing Value Engineering
    Analysistwo looks at some possible Value Engineering (VE) Solutions to clear the hurdle of “LEED” elements being excluded from the VE Process. The green roof will be at the center of t his analysis and investigation i nto the impacts of the green roof on other building systems. Value Engineering that dismisses LEED elements can unknowingly overlook cost effective benefits that can add real value and
    reduce total project costs and schedule. Analysis Three: Alternative Exterior Wall Assemblies Exterior enclosure is a major schedule risk to the projects timely completion. The current design for the exterior walls is exterior masonry panels with CMU backing. Issues that come from use of a CMU wall are its duration, weather impacts, cleanliness and ability for changes and acceleration during MEP rough in. Analysis three will develop and evaluate two alternate assemblies. The path to this topic began with a site visit, during which the masons were laying block and having to lift the blocks over the conduits stubbed up out of the walls. Analysis Four: Alternative Steel Truss Construction The transportation of steel trusses, for the gymnasium at HD Woodson High School, becameextremely challenging. Multiple trusses over 100 feet long had to be transported from Delmar Delaware to NE Washington DC, roughly 112 miles, with police escorts and at great stress and expense to the project team. This topic was derived from a conversation with the project team about the truss transportation.
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    [ REPORT ] CONSTRUCTION PROJECT MANAGEMENT
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    [ E-book ] Construction cost management

    Here are the notes for civil engineering .download from the link.
    1. [notes ] CONSTRUCTION QUALITY CONTROL INSPECTION PROGRAM
    2. Construction Project Controls: Cost, Schedule, and Change Management
    3. Risk Management in Construction Projects   
    4.   [ E-book ] Construction cost management

     

     

     [ E-book ] Construction cost management

     

    Contents

    Part I Introduction
    1
    1 Introduction and overview
    3
    1.1 Setting the scene 3
    1.2 Construction overview 3
    1.3 Influential reports 5
    1.4 Recommendations from professional bodies 6
    1.5 Learning from case studies 7
    1.6 Learning from project failures 10
    1.7 Relevant observation 11
    1.8 Conclusion 11
    1.9 Questions 12
    Bibliography 12
    2 Reports and recommendations
    14
    2.1 Introduction 14
    2.2 The Latham report,
    Constructing the Team
    (1994) 15
    2.3 Levene Efficiency Scrutiny (1995) 17
    2.4
    Construction Procurement Guidance
    , HM Treasury (1996) 17
    2.5 Construction Industry Board (CIB) working groups (1996–1997) 19
    2.6 The Egan report
    Rethinking Construction
    (1998) 20
    2.7
    Modernising Construction
    , National Audit Office (2001) 22
    2.8 The second Egan report,
    Accelerating Change
    (2002) 23
    2.9
    Achieving Excellence in Construction Procurement Guides
    , Office of
    Government Commerce (2003) 24
    2.10
    Improving Public Services through Better Construction
    , National
    Audit Office (2005) 24
    2.11 Conclusion 25
    2.12 Questions 25
    Bibliography 26
    Part II Management of the pre-contract stage
    27
    3 Selecting the consultants and contractors
    29
    3.1 Introduction 29
    3.2 Selecting consultants 30
    3.3 Selecting contractors by value 34
    3.4 Construction Industry Research and Information Association
    (CIRIA) Guide –
    Selecting Contractors by Value
    39
    3.5 Two-stage tendering 41
    3.6 FIDIC tendering procedures 41
    3.7 Conclusion 44
    3.8 Questions 44
    Bibliography 45
    4 Pre-contract cost management
    46
    4.1 Introduction 46
    4.2 Cost estimating on engineering, manufacturing and process industries 47
    4.3 Cost estimating on civil engineering projects 49
    4.4 Cost estimating on building projects 52
    4.5 General comments 57
    4.6 Action after receipt of tenders 57
    4.7 Conclusion 57
    4.8 Questions 58
    Bibliography 58
    5 Cost management on PFI projects
    59
    5.1 Introduction 59
    5.2 Structure of BOT projects 60
    5.3 Case study: Nottingham Express Transit (NET) Light Rail 60
    5.4 Factors leading to success on BOT projects 62
    5.5 Risks and securities 62
    5.6 Case study: Sydney SuperDome, Australia 63
    5.7 The Private Finance Initiative (PFI) 64
    5.8 The role of the cost consultant in PFI/PPP projects 69
    5.9 Case study: Stoke-on-Trent Schools, UK 70
    5.10 Conclusion 72
    5.11 Questions 72
    Bibliography 73
    6 Contractor’s estimating and tendering
    75
    6.1 Introduction 75
    6.2 Stage 1 – decision to tender 77
    6.3 Stage 2 – determining the basis of the tender 77
    6.4 Stage 3 – preparation of cost estimate 79
    6.5 Stage 4 – commercial appreciation 84
    6.6 Stage 5 – conversion of estimate to tender 85
    6.7 Stage 6 – submission of tender 86
    viii Contents
    Contents ix
    6.8 Conclusion 86
    6.9 Questions 86
    Bibliography 87
    Part III Key tools and techniques
    89
    7 Value management
    91
    7.1 Introduction 91
    7.2 What is value management? 91
    7.3 Value planning (VP) 93
    7.4 Metropolis United’s new football stadium 94
    7.5 Value engineering (VE) 97
    7.6 Value reviewing (VR) 98
    7.7 Case studies 99
    7.8 Conclusion 103
    7.9 Questions 103
    Bibliography 103
    8 Risk management (RM)
    105
    8.1 Introduction 105
    8.2 Risk identification 106
    8.3 Risk analysis techniques 108
    8.4 Risk register 114
    8.5 Risk response 114
    8.6 Strategic risk management 116
    8.7 Case studies 118
    8.8 Conclusion 119
    8.9 Questions 120
    Bibliography 120
    9 Whole-life costing
    122
    9.1 Introduction 122
    9.2 Understanding the relevance of whole-life costing (WLC) 123
    9.3 The basic steps in whole-life costing (WLC) 123
    9.4 Money, time and investment 125
    9.5 Calculations 127
    9.6 Problems with assessing whole-life costs 129
    9.7 Whole-life value (WLV) 129
    9.8 Conclusion 130
    9.9 Questions 130
    Bibliography 131
    Part IV Procurement strategies
    133
    10 Organizational methods (part A)
    135
    10.1 Introduction 135
    10.2 Traditional method 137
    10.3 Design and build 140
    10.4 Turnkey 146
    10.5 Joint ventures 147
    10.6 Consortium 149
    10.7 Partnering 149
    10.8 Conclusion 155
    10.9 Questions 155
    Bibliography 155
    11 Organizational methods (part B)
    157
    11.1 Introduction: management methods 157
    11.2 Management contracting 158
    11.3 Construction management 161
    11.4 Management contracting or construction management? 165
    11.5 Reflections on the Scottish Parliament building 165
    11.6 Design and manage 167
    11.7 EC procurement rules 168
    11.8 Achieving Excellence in Construction 168
    11.9 The NHS Procure 21 guidelines 170
    11.10 Highways Agency – overlying principles for future procurement 171
    11.11 The 2012 London Olympics 172
    11.12 Selecting the procurement route 173
    11.13 Achieving Excellence in Construction methodology 174
    11.14 Conclusion 174
    11.15 Questions 176
    Bibliography 176
    12 Payment systems and contract administration
    178
    12.1 Introduction 178
    12.2 Price-based, lump-sum plan and specification 179
    12.3 Price-based, bills of quantities (BofQ) 180
    12.4 Operational bills 183
    12.5 Price-based, method-related bills 184
    12.6 Price-based bills of quantities (BofQ) with milestone payments 184
    12.7 Price-based activity schedules 186
    12.8 Cost-based, cost-reimbursement contracts 188
    12.9 Cost-based, target-cost contracts 189
    12.10 Conclusion 192
    12.11 Questions 193
    Bibliography 193
    Part V Management of the post-contract stage
    195
    13 Contractors’ cost-control and monitoring procedures
    197
    13.1 Introduction 197
    13.2 Developing a cost-control system 198
    13.3 Method 1: cost-value reconciliation (CVR) 199
    13.4 Method 2: contract variance – unit costing 203
    x Contents


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    PROJECT [ REPORT ] ON DESIGN OF A RESIDENTIAL BUILDING

    1. [ report ] Improving construction Productivity

    2. [ REPORT ] Residental green building report

    3. Construction Project Controls: Cost, Schedule, and Change Management

    4.   [ REPORT ] Commercial Building Structural Design and Analysis  

    5.  [ REPORT ] CONSTRUCTION PROJECT MANAGEMENT

    6.   [ E-book ] Construction cost management

    7. [report ]PROJECT REPORT ON DESIGN OF A RESIDENTIAL BUILDIN



      PROJECT REPORT ON DESIGN OF A RESIDENTIAL BUILDING

    INTRODUCTION
    The basics needs of human existences are food, clothing’s & shelter. From times immemorial man has been making efforts in improving their standard of living. The point of his efforts has been to provide an economic and efficient shelter. The possession of shelter besides being a basic, used, gives a feeling of security, responsibility and shown the social status of man. Every human being has an inherent liking for a peaceful environment needed for his pleasant living, this object is achieved by having a place of living situated at the safe and convenient location, such a place for comfortable and pleasant living requires considered and
    kept in view.
    •A Peaceful environment.
    •Safety from all natural source & climate conditions
    •General facilities for community of his residential area.The engineer has to keep in mind the municipal conditions, building bye laws,environment, financial capacity, water supply, sewage arrangement, provision of future, aeration,ventilation etc., in suggestion a particular type of plan to any client

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     PROJECT REPORT ON DESIGN OF A RESIDENTIAL BUILDING
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