Statistical Concepts in Metrology Ebook Download

TOC

Statistical Concepts of a Measurement Process

Arithmetic Numbers and Measurement Numbers
Computation and Reporting of Results
Properties of Measurement Numbers
The Limiting Mean
Range, Variance, and Standard Deviation
Population and the Frequency Curve
The Normal Distribution
Estimates of Population Characteristics
Interpretation and Computation of Confidence Interval and

Limits
Precision and Accuracy
Index of Precision
Interpretation of Precision
Accuracy

Statistical Analysis of Measurement Data

Algebra for the Manipulation of Limiting Means and

Variances
Basic Formulas
Propagation of Error Formulas
Pooling Estimates of Variances
Component of Variance Between Groups
Comparison of Means and Variances
Comparison of a Mean with a Standard Value
Comparison Among Two or More Means
Comparison of Variances or Ranges
Control Charts Technique for Maintaining Stability and

Precision
Control Chart for Averages
Control Chart for Standard Deviations
Linear Relationship and Fitting of Constants by Least

Squares

Postscript on Statistical Graphics

Plots for Summary and Display of Data
Stem and Leaf
Box Plot
Plots for Checking on Models and Assumptions
Residuals
Adequacy of Model
Testing of Underlying Assumptions
Stability of a Measurement Sequence
Concluding Remarks

Download : Statistical

Standard Practice for Shotcrete Ebook Free Download

TOC

Chapter 1
Introduction
Purpose
Applicability
References
Glossary
Background
Activities and Documentation
Point of Contact

Chapter2
Types of Shotcrete and Applications
Why Shotcrete
Applications
Shotcrete Processes
Fiber-Reinforced Shotcrete
Silica-Fume Shotcrete
Polymer-Modified Shotcrete
Accelerated Shotcrete

Chapter3
Materials, Proportioning, and Properties
Cementitious Materials
Aggregate
Water
Chemical Admixtures
Reinforcing Stee1
Fiber Reinforcement
Proportioning Shotcrete
Properties of Shotcrete

Chapter4
Equipment and Crew
General Equipment
Dry-Mix Process
Wet-Mix Process
Auxiliary Equipment
Special Equipment
Crew Composition

Chapter5
Preconstruction Testing and Evaluation
General
Nozzleman Certification
Mixture Proportioning Evaluation
Preconstruction Demonstration and Testing
Alternate Considerations

Chapter6
Placement
Preparations
Batching and Mixing
Shotcrete Application Techniques
Rebound
Finishing
Curing and Protection
Repair of Surface Defects

Download : Shotcrete

Biodiesel Handling and Use Guidelines

TOC

1. Introduction

2. Biodiesel Basics

2.1 What is Biodiesel?
2.2 Registration and Regulation
2.3 Benefits of Biodiesel Use
2.4 Drawbacks of Biodiesel Use
2.5 Biodiesel in Non-Transportation Applications

3. Biodiesel (B100)
3.1 Quality Specifications
3.2 Variation in Biodiesel Properties
3.3 B100 Energy Content
3.4 B100 Cold Flow Properties
3.5 B100 Cetane Number
3.6 B100 Stability
3.7 B100 Microbial Contamination
3.8 B100 Cleaning Effect
3.9 B100 Material Compatibility
3.10 Suggestions for Transporting B100
3.11 Suggestions for Using B100
3.12 B100 and NO Emissions

4. Using 20% Biodiesel Blends
4.1 B20 Cold flow
4.2 Blending Biodiesel to Make B20 or Lower Blends
4.3 B20 and Emissions
4.4 B20 Cleaning Effect
4.5 B20 Material Compatibility
4.6 Lubricity
4.7 B20 Stability

5. Warranty Issues
6. Taxes and Incentives
7. Safety, Health, and Environmental Issues
8. Using Biodiesel Under the Energy Policy Act
9. Frequently Asked Questions about Using Biodiesel
10. Information Resources
11. Glossary/definitions
12. Sample Biodiesel Material Safety Data Sheet

Download : Biodiesel

Engineering Use of Geotextiles Free Ebook Download

TOC

CHAPTER 1. INTRODUCTION
Purpose
Scope
References
Geotextile Types and Construction
Geotextile Durability
Seam Strength
Geotextile Functions and Applications

2. GEOTEXTILES IN PAVEMENT APPLICATIONS
Applications
Paved Surface Rehabilitation
Reflective Crack Treatment for Pavements
Separation and Reinforcement
Design for Separation
Geotextile Survivability
Design for Reinforcement

3. FILTRATION AND DRAINAGE
Water Control
Granular Drain Performance
Geotextile Characteristics Influencing Filter Functions
Piping Resistance

Permeability
Other Filter Considerations
Strength Requirements
Design and Construction Considerations

4. GEOTEXTILE REINFORCED EMBANKMENT ON SOFT FOUNDATION
General
Potential Embankment Failure Modes
Recommended Criteria
Example Geotextile-Reinforced Embankment Design
Bearing-Capacity Consideration

5. RAILROAD TRACK CONSTRUCTION AND REHABILITATION
General
Material Selection
Application
Depth of Placement
Protective Sand Layer
Drainage
Typical Sections
Special Applications

6. EROSION AND SEDIMENT CONTROL
Erosion Control
Bank Erosion
Precipitation Runoff Collection and Diversion Ditches
Miscellaneous Erosion Control
Sediment Control

7. REINFORCED SOIL WALLS
Geotextile-Reinforced Soil Walls
Advantages of Geotextile-Reinforced Walls
Disadvantages of Geotextile- Reinforced Walls
Uses
General Considerations
Properties of Materials
Design Method
Design Procedure

Source: http://link2ebook.blogspot.com/2007/10/engineering-ebook-free-atrikel.html

Download : Geotextiles

A Finite Element Scheme for Shock Capturing Ebook Free Download

TOC

1. Introduction
Background
Basic Equation
Shock equations
shock relations in 2-D

2. Numerical Approach
Advective Dominated Flow
The Problem
Petrov-Galerkin formulation
Shock Capturing

3. Testing
Case 1: Analytic Shock Speed
Case 2 : Dam Break
Case 3 : 2-D Lateral Transition

4. Conclusions

Source: http://link2ebook.blogspot.com/2007/10/engineering-ebook-free-atrikel.html

Download : Shock

Soil Mechanics Free Ebook Download pdf

TOC

CHAPT 1. IDENTIFICATION ID CLASSIFICATION OF SOIL ID ROCK
1. Introduction
2. Soil Deposits
3. Soil Identification
4. Soil Classification and Properties
5. Rock Classification and Properties
6. Special Materials

CHAPT 2. FIELD EXPLORATION, TESTING, AND INSTRUMENTATION
1. Introduction
2. Published Soil and Geological Maps
3. Remote Sensing Data Methods
4. Geophysical Methods
5. Soil Borings and Test Pit
6. Sampling
7. Penetration Resistance Tests
8. Groundwater Measurements
9. Measurement of Soil and Rock Properties In Situ
10. Field Instrumentation

CHAPT 3. LABORATORY TESTING
1. Introduction
2. Index Properties Tests
3. Permeability Tests
4. Consolidation Tests
5. Shear Strength Tests
6. Dynamic Testing
7. Tests on Compacted Soils
8. Tests on Rock

CHAPT 4. DISTRIBUTION OF STRESSES
1. Introduction
2. Stress Conditions at a Point
3. Stresses Beneath Structures and Embankments
4. Shallow Pipes and Conduits
5. Deep Underground Openings
6. Numerical Stress Analysis

CHAPT 5. ANALYSIS OF SETTLEMENT AND VOLUME EXPANSION
1. Introduction
2. Analysis of Stress Conditions
3. Instantaneous Settlement
4. Primary and Secondary Settlements
5. Tolerable and Differential Settlement
6. Methods of Reducing or Accelerating Settlement
7. Analysis of Volume Expansion

CHAPT 6. SEEPAGE AND DRAINAGE
1. Introduction
2. Seepage Analysis
3. Seepage Control by Cutoff
4. Design of Drainage Blanket and Filters
5. Wellpoint Systems and Deep Wells
6. Linings for Reservoirs and Pollution Control Facilities
7. Erosion Control

CHAPT 7. SLOPE STABILITY AND PROTECTION
1. Introduction
2. Types of Failures
3. Methods of Analysis
4. Effects of Soil Parameters and Groundwater on Stability
5. Slope Stabilization
6. Slope Protection

Source: http://link2ebook.blogspot.com/2007/10/engineering-ebook-free-atrikel.html

Download : soil

Heating System Operation and Maintenance Ebook Free Download

TOC

1 Introduction
1.1 Purpose
1.2 Cancellation
1.3 Training
1.4 Educational Program
1.5 Keeping As-Built Drawing Records
1.6 Manufacturers’instructions
1.7 Maintenance Program
1.8 Tool Requirement
1.8.1 Required Tools
1.9 safety

2 RESIDENTIAL AND COMMERCIAL GAS FIRED FURNACES
2.1 FUELs
2.2 Gas Burning Equipment
2.3 Atmospheric Gas valve
2.4 Light off
2.5 Pilot Burner
2.6 Combination Gas valve
2.7 Bimetal type pilot
2.8 Automatic Reignition
2.9 Low Gas Pressure Cutout
2.10 Heat Exchanger
2.11 Furnace Fan
2.12 Limit Switches
2.13 Millivoltage Systems
2.14 Electronic Ignition systems
2.15 Condensing Furnaces
2.16 Troublesooting Gas-Fired Furnaces

3 RESIDENTIAL AND COMMERCIAL OIL-FIRED FURNACES
3.1 Oil-Fired System
3.2 Oil as a Fuel
3.3 Oil Combustion
3.4 Combustion Chamber
3.5 Heat exchanger
3.6 Draft
3.6.1 Draft Regulators
3.6.2 Flue and Chimney exhaust
3.7 Fuel Oil Burners
3.7.1 Flame-Retention Burners
3.8 Burner Motor
3.8.1 Primary Controls
3.8.2 Cadmium Cell Flame Detectors
3.8.3 stack Detector
3.8.4 Stepping the Stack control
3.8.5 Checkout procedure
3.9 Flue Gas Measurement and flue loss efficiency
3.9.1 Stack loss theory
3.9.1.1 Assumptions
3.9.2 Measurement Of carbon Dioxide Or oxygen
3.9.3 Other Carbon Dioxide Or oxygen Measurement Techniques
3.9.4 Measurement Of flue Gas Temperature
3.9.5 Smoke Measurement
3.9.6 draft
3.10 Maintenance
3.11 Troubleshooting

4 THERMOSTATS
4.1 Thermostats
4.2 Gas Furnace Electrical Circuits
4.3 Oil Furnace Electrical Circuits

5 ELECTRIC HEAT
5.1 Resistance Heating
5.2 Electric Furnace
5.3 Heating element
5.4 Operating Sequence
5.5 Element staging-Single-Stage thermostat
5.6 Blower control
5.7 Electric Furnace Electrical Circuits

6 STEAM AND Hot WATER SYSTEMS
6.1 One-Pipe Hot water System
6.2 Two-Pipe Water System
6.3 Control Of water Coils
6.4 Steam Piping
6.5 Condensate System
6.6 Condensate Piping
6.7 condensate Pumps
6.8 Pipe Expansion

7 STEAM TRAPS
7.1 Steam Trap
7.2 Steam trap Classifications
7.3 Steam trap Types
7.4 Selecting The type Of trap
7.5 Sizing Traps
7.6 Instalations Guidelines
7.7 Implementing Standards
7.8 Economic Benefits Of Proper Inspection And Maintenance
7.9 Establishing and Inspection and maintenance Program
7.10 Inspection Schedules
7.11 Safety Precautions
7.12 Inspection Methods
7.12.1 VIsual Observation
7.12.2 Sound Detection
7.12.3 Temperature Measurements
7.13 Inspection Procedures
7.14 Inspection for Misapplication
7.15 Trap Failures
7.16 Troubleshooting
7.17 Inspection Reports and Records
7.18 Trap Repair and Replacement
7.19 Shop Testing of Steam Traps

Section 8 HEAT PUMPS
8.1 Objective
8.2 Heat Pump Versus Electric Heat
8.3 Heat Pump Components
8.4 Four-Way Reversing Valve
8.5 Effect Of outside Temperature

Section 9 HEATING SYSTEMS MAINTENANCE PROCEDURES
9.1 Motors and Drives
9.2 Filters
9.3 Gas Burners
9.4 Cleaning Of Heat Exchangers
9.5 Piloc Burner Orifices
9.6 Checking Draft
9.7 Controls

Source: http://link2ebook.blogspot.com/2007/10/engineering-ebook-free-atrikel.html

Download : Heating System

Precipitation,Coagulation and Flocculation Free Ebook

TOC

CHAPT 1 INTRODUCTION
Background
Scope

CHAPT 2 PRECIPITATION
Introduction
Theory and Discussion

CHAPT 3 HYDROXIDE PRECIPITATION
Introduction
Advantages and Disadvantages of Hydroxide Precipitation
Hydroxide Precipitation Using Lime
Hydroxide Precipitation Using Caustic Soda
Hydroxide Precipitation Using Magnesium Oxide
Process Performance

CHAPT 4 SULFIDE PRECIPITATION
Introduction
Advantages and Disadvantages of Sulfide Precipitation
Soluble Sulfide Precipitation (SSP)
Insoluble Sulfide Precipitation
Calcium Sulfide Precipitation

CHAPT 5 CARBONATE PRECIPITATION
Introduction
Advantages and Disadvantages of Carbonate Precipitation
Carbonate Precipitation Using Calcium Carbonate
Carbonate Precipitation Using Sodium Carbonate

CHAPT 6 OTHER PRECIPITATION
Introduction
Xanthate Precipitation
Combined Precipitation

CHAPT 7 COAGULATION AND FLOCCULATION
Introduction
Theory and Discussion

CHAPT 8 COAGULANTS, POLYELECTROLYTES, AND COAGULANT AIDS
Introduction
Inorganic Coagulants
Polyelectrolytes
Polyelectrolytes vs. Inorganic Coagulants
Coagulant Aids

Chapt 9 MIXING—GENERAL DISCUSSION AND THEORY
Introduction
Rapid Mixing
Rapid Mixing Vessel Considerations
Flucculation Mixing/Agitation

Chapt 10 TREATABILITY TESTING
Introduction
Determination of Optimum pH Level
Determination of Coagulant and Coagulant Aid Dosage Rates
Determination of Settling Rates
Determination of Sludge Characteristics
Oxidation Considerations (Iron and Manganese Removal)

Chapt 11 PRE-TREATMENT REQUIREMENTS
Introduction
Flow Equalization
Oil and Grease Removal
Chromium Reduction
Cyanide Destruction
Complexing/Chelating Agent Removal

Chapt 12 EQUIPMENT REQUIREMENTS
Introduction
Equalization Tank/System
pH Control System
Tank/Reactors
Rapid Mixers
Flocculators/Agitators
Chemical Feed Equipment
Sludge Dewatering Equipment
Miscellaneous Equipment

Chapt 13 P/C/F SYSTEM COSTS, STARTUP, AND OPERATIONS
Introduction
System Costs
Pre-Startup Checkouts
Pre-Startup Testing
Startup
Field Training
Shutdown
Operation and Maintenance Manual Updates
Operation

Source: http://link2ebook.blogspot.com/2007/10/engineering-ebook-free-atrikel.html

Download : Flocculation

Reservoir Water Quality Analysis Ebook Free Download

TOC

CHAPTER 1 INTRODUCTION
Section I. General
Purpose
Applicability
References
Background
Section II. Water Quality Assessment in Water
Quality Control Management
General
Planning and Analysis
Water Control Management

CHAPTER 2 WATER QUALITY PARAMETERS
Section I. Introduction
Definition of Water Quality
Reservoir-WatershedRelationship
Section II. Reservoir Description
Definition
Comparison to Natural Lakes
Classification of Reservoirs
Section III. Reservoir Characteristics and Processes
General
Physical Characteristics and Processes
Chemical Characteristics of Reservoir
Processes
Biological Characteristics and Processes
Section IV. Releases and Tailgaters
Releases
Tailwaters
Characteristics and Processes

CHAPTER 3 WATER QUALITY ASSESSMENT
Section I. Designing the Assessment Plan
Establishing Objectives
Design Considerations
Elements of Assessment
Section II. Water Quality Assessment Program
Study Categories
Preimpoundment Assessment
Postimpoundment Assessment
Operational Monitoring
Modification of Operations
Modification of Water Control
Structures
Specific Water Quality Problems

CHAPTER 4 WATER QUALITY ASSESSMENT TECHNIQUES
Scope
Section 1. Screening Techniques
General
Information Search
Project Characteristics and
Calculations
Site-Specific Water Quality Data
Section II. Diagnostic Techniques
General
Field Investigations
Laboratory Studies
Statistical Techniques
Water Quality Indices
Remote Sensing
Section III. Predictive Techniques
General
Regression Analysis
Comparative Analysis
Modeling
Nutrient Loading Models
Numerical Simulation Models
Physical Models

CHAPTER 5 WATER QUALITY DATA COLLECTION AND ANALYSIS
Section I. Introduction
Purpose
Overview
Section II. Field Data Collection
Principles
Sampling Designs
Field Sampling and Analysis
Laboratory Analysis
Section III. Database Management
Database Management Systems
Selection Criteria
Section IV. Data Presentation
Methods
Summary Tables
Graphic Displays
Quality Assurance
Statistical Analysis

Download : water

Soil Mechanics Ebook Free Download

TOC

CHAPT 1. IDENTIFICATION ID CLASSIFICATION OF SOIL ID ROCK
1. Introduction
2. Soil Deposits
3. Soil Identification
4. Soil Classification and Properties
5. Rock Classification and Properties
6. Special Materials

CHAPT 2. FIELD EXPLORATION, TESTING, AND INSTRUMENTATION
1. Introduction
2. Published Soil and Geological Maps
3. Remote Sensing Data Methods
4. Geophysical Methods
5. Soil Borings and Test Pit
6. Sampling
7. Penetration Resistance Tests
8. Groundwater Measurements
9. Measurement of Soil and Rock Properties In Situ
10. Field Instrumentation

CHAPT 3. LABORATORY TESTING
1. Introduction
2. Index Properties Tests
3. Permeability Tests
4. Consolidation Tests
5. Shear Strength Tests
6. Dynamic Testing
7. Tests on Compacted Soils
8. Tests on Rock

CHAPT 4. DISTRIBUTION OF STRESSES
1. Introduction
2. Stress Conditions at a Point
3. Stresses Beneath Structures and Embankments
4. Shallow Pipes and Conduits
5. Deep Underground Openings
6. Numerical Stress Analysis

CHAPT 5. ANALYSIS OF SETTLEMENT AND VOLUME EXPANSION
1. Introduction
2. Analysis of Stress Conditions
3. Instantaneous Settlement
4. Primary and Secondary Settlements
5. Tolerable and Differential Settlement
6. Methods of Reducing or Accelerating Settlement
7. Analysis of Volume Expansion

CHAPT 6. SEEPAGE AND DRAINAGE
1. Introduction
2. Seepage Analysis
3. Seepage Control by Cutoff
4. Design of Drainage Blanket and Filters
5. Wellpoint Systems and Deep Wells
6. Linings for Reservoirs and Pollution Control Facilities
7. Erosion Control

CHAPT 7. SLOPE STABILITY AND PROTECTION
1. Introduction
2. Types of Failures
3. Methods of Analysis
4. Effects of Soil Parameters and Groundwater on Stability
5. Slope Stabilization
6. Slope Protection

Download : Soil

Precipitation, Coagulation,Flocculation Ebook download free

TOC

CHAPT 1 INTRODUCTION
Background
Scope

CHAPT 2 PRECIPITATION
Introduction
Theory and Discussion

CHAPT 3 HYDROXIDE PRECIPITATION
Introduction
Advantages and Disadvantages of Hydroxide Precipitation
Hydroxide Precipitation Using Lime
Hydroxide Precipitation Using Caustic Soda
Hydroxide Precipitation Using Magnesium Oxide
Process Performance

CHAPT 4 SULFIDE PRECIPITATION
Introduction
Advantages and Disadvantages of Sulfide Precipitation
Soluble Sulfide Precipitation (SSP)
Insoluble Sulfide Precipitation
Calcium Sulfide Precipitation

CHAPT 5 CARBONATE PRECIPITATION
Introduction
Advantages and Disadvantages of Carbonate Precipitation
Carbonate Precipitation Using Calcium Carbonate
Carbonate Precipitation Using Sodium Carbonate

CHAPT 6 OTHER PRECIPITATION
Introduction
Xanthate Precipitation
Combined Precipitation

CHAPT 7 COAGULATION AND FLOCCULATION
Introduction
Theory and Discussion

CHAPT 8 COAGULANTS, POLYELECTROLYTES, AND COAGULANT AIDS
Introduction
Inorganic Coagulants
Polyelectrolytes
Polyelectrolytes vs. Inorganic Coagulants
Coagulant Aids

Chapt 9 MIXING—GENERAL DISCUSSION AND THEORY
Introduction
Rapid Mixing
Rapid Mixing Vessel Considerations
Flucculation Mixing/Agitation

Chapt 10 TREATABILITY TESTING
Introduction
Determination of Optimum pH Level
Determination of Coagulant and Coagulant Aid Dosage Rates
Determination of Settling Rates
Determination of Sludge Characteristics
Oxidation Considerations (Iron and Manganese Removal)

Chapt 11 PRE-TREATMENT REQUIREMENTS
Introduction
Flow Equalization
Oil and Grease Removal
Chromium Reduction
Cyanide Destruction
Complexing/Chelating Agent Removal

Chapt 12 EQUIPMENT REQUIREMENTS
Introduction
Equalization Tank/System
pH Control System
Tank/Reactors
Rapid Mixers
Flocculators/Agitators
Chemical Feed Equipment
Sludge Dewatering Equipment
Miscellaneous Equipment

Chapt 13 P/C/F SYSTEM COSTS, STARTUP, AND OPERATIONS
Introduction
System Costs
Pre-Startup Checkouts
Pre-Startup Testing
Startup
Field Training
Shutdown
Operation and Maintenance Manual Updates
Operation

Download : Precipitation

The Fundamentals of Neutron Powder Diffraction Ebook

TOC

I. INTRODUCTION
I.1 Structure and Properties
I.2 Diffraction
I.3 The Meaning of “Structure”
I.4 Crystals and Powders
I.5 Scattering, Diffraction and Absorption

II. METHODS
II.1 Definitions
II.2 Basic Theory
II.3 Instrumentation
II.4 The BT1 Spectrometer at the NISTResearch Reactor
II.5 Scattering of Neutrons and X-rays
II.6 Absorption of Neutrons and X-rays
II.7 Incoherent Scattering
II.8 Atomic Disorder
II.9 Magnetic Scattering
II.10 Rietveld Profile Refinement

III.EXAMPLES
III.1 High Temperature Superconductors
III.2 Colossal Magnetoresistors
III.3 Residual Stress Measurements
III.4 Carbon-60

Download : Neutron Powder

Underwater Geotechnical Foundations Free Ebbook

TOC

Preface
1—Introduction
Background
Objectives
Scope

2—Selected Case Histories
-Navigation, Flood Control, and Dam Structures
-Bridges
-Immersed Tube Tunnels and Pipelines
Bay Area Rapid Transit (BART) Tunnel
Boston Tunnel
Chek Lap Kok Airport transportation links
Oresund Link
Puget Sound gas pipeline
North Sea gas pipeline
Los Angeles sewage sludge outfall
Puerto Rico sewage outfall
- Offshore Oil Platform Structures
Jacket and jack-up structures
Compliant tower structures
Tension-leg platform structures
Gravity-based structures
- Other Underwater-Founded Structures
Wharf off-loading system
Ship dry docks
Berlin’s Potsdamer Platz
Baltic Sea wind turbines
Offshore military tracking platforms
Bantry Bay tanker terminal
Submerged oil storage tank

3—Foundation Site Assessment
- Site and Foundation Selection Process
- Site Assessment and Characterization
Preliminary assessment
Hydrographic surveying and environmental data collection
Geophysical investigations
- Soil and Rock Engineering Properties
In situ methods
Drilling and sampling
Laboratory testing

4—Design Considerations
- Foundation Types
Improved-site foundations
Gravity-based foundations
Pinned foundations
- Foundation Selection Criteria and Design Issues
Selection criteria
Design considerations
Analysis and verification testing
- Quality Control and Assurance Issues
Engineering design phase
Specifications and contract document phase
Recent Corps of Engineers underwater foundation contracts

5—Foundation Preparation and Construction
- Quality Control and Quality Assurance Issues
Preconstruction phase
Construction phase
Acceptance phase
Postconstruction monitoring phase
- Foundation Installation and Testing
Improved-site foundations
Gravity-based foundations
Pinned foundations
Foundation-structure connections
- Underwater Foundation Testing
Small strain integrity testing
Large-strain testing
Load testing
- Long-Term Considerations
Deleterious effects
Foundation behavior monitoring

6—Summary and Conclusions
References

Source: http://link2ebook.blogspot.com/2007/10/engineering-ebook-free-atrikel.html

Download :

underwater

EXTERIOR DISTRIBUTION OF STEAM, HIGH TEMPERATURE HOT WATER, CHILLED WATER, NATURAL GAS, AND COMPRESSED AIR EBOOK DOWNLOAD

TOC

Section 1 INTRODUCTION
1.1 Scope
1.2 Cancellation
1.3 Related Criteria

Section 2 PLANNING FACTORS
2.1 Types of Exterior Distribution Systems
2.1.1 Steam and Condensate
2.1.2 Hot Water
2.1.3 Compressed Air
2.1.4 Chilled Water
2.1.5 Cooling or Condensing Water
2.1.6 Natural Gas
2.2 Naval Facilities Guide Specifications (NFGS) Related to Distribution Systems
2.3 Loads and Distribution System Locations
2.3.1 Requirements for Individual Facilities
2.3.2 System Load Demand Factors
2.3.3 Aboveground and Underground Systems
2.3.4 Distribution Routes
2.3.5 Economic Studies
2.3.6 Insulation for Shallow Trench Systems Which Exceed 500 Feet
2.4 Federal Agency Approved System Suppliers

Section 3 GENERAL DESIGN FACTORS
3.1 Design Responsibilities for Underground Pre-engineered Heat Distribution Systems
3.1.1 Design by Project Designer
3.1.2 Design by System Supplier
3.2 Distribution Site Location
3.2.1 Location Factors
3.2.2 Subsurface Explorations
3.2.3 Site Classification
3.2.4 Analyzing Site Classification for Application of Pre-Engineered Underground System
3.2.5 Analyzing Site Classification for Application of Shallow Concrete Trench System
3.2.6 Reinforced Thermosetting Resin Plastic (RTRP) Pipe
3.3 Service and Loads
3.4 Insulation
3.5 Miscellaneous

Section 4 SPECIFIC PIPING DESIGN FACTORS
4.1 Fluid Characteristics
4.1.1 Steam
4.1.2 Condensate
4.1.3 High Temperature Water (HTW), Medium Temperature Water (MTW), and Low Temperature Hot Water (LTW).
4.1.4 Compressed Air
4.1.5 Natural Gas
4.2 Distribution System Piping
4.2.1 Equivalent Lengths of Piping
4.2.2 Sizing of Distribution Piping
4.2.3 Piping Specifications and Codes
4.2.4 Thermal Expansion of Steel and Copper Pipe
4.2.5 Insulation of Piping Systems
4.2.6 Drainage Provisions
4.2.7 Pipe Anchors
4.2.8 Supports
4.2.9 Finish and Protection
4.3 Concrete Trench Design
4.3.1 Depth of Trench
4.3.2 Drainage of Trench
4.3.3 Tops
4.3.4 Details
4.3.5 Valve Manholes
4.3.6 Inspection Ports
4.3.7 Crossings
4.3.8 Precast Concrete Shallow Trench Options
4.4 Manholes
4.4.1 Drainage
4.4.2 Waterproofing
4.4.3 Pipe Entry

Source:http://link2ebook.blogspot.com/2007/10/engineering-ebook-free-atrikel.html

Download :

Compress Air

Rockwell Hardness Measurement of Metallic Materials Ebook Free Download

TOC

1. Introduction
1.1. IntroductionIntroduction

2. Rockwell Hardness Test
2.1 Significance of the test
2.2 Rockwell indentation test principle
2.3 Rockwell hardness scales
2.4 Rockwell hardness number
2.5 Test method standards

3. Test Procedure
3.1 Choosing the appropriate Rockwell scale
3.2 Test surface preparation
3.3 Rockwell hardness testing machine
3.4 Hardness measurement

4.Reference Test Block Standards
4.1 Primary reference test blocks
4.2 Secondary reference test blocks
4.3 Use of reference test block standards

5. Verifications of Rockwell Hardness
5.1 Direct verification
5.2 Indirect verification
5.3 Correcting measurement biases

6. Monitoring Test Machine Performance
6.1 Reproducibility
6.2 Daily verification

7.Reducing Measurement Differences and Errors
7.1 Reduce machine component operating errors
7.2 Verify machine measurement performance
7.3 Measurement locations

8.Traceability
8.1 Traceability
8.2 Measurement error
8.3 Uncertainty

9.Status of Rockwell Hardness Standardization
9.1 United States
9.2 International

Source:http://link2ebook.blogspot.com/2007/10/engineering-ebook-free-atrikel.html

Download : Measurement

Technical Guidelines for Hazardous and Toxic Waste Treatment and Cleanup Activities E-book Free Download

TOC

CHAPTER 1. INTRODUCTION
Purpose
Applicability
References
Explanation of Abbreviations and Terms
USAGE Responsibilities
Safety

CHAPTER 2. IDENTIFICATION AND SELECTION OF REMEDIAL ACTION/CORRECTIVE MEASURE ALTERNATIVES
Section I. Introduction
Three-Step Approach
Guidance
RI/FS Procedure

Section II. Determining the Nature and Extent of Contamination
Existing Site Conditions
Scoping
Site Characterization
Health and Safety Considerations
Data Base Requirements
Data Base Development
Community Relations During Site Characterization
Extent of Hazard

Section III. Establishment of Cleanup Criteria
Limits of Allowable Contamination Onsite and Offsite
Cleanup Standards
Applicable or Relevant and Appropriate Requirements
Risk Assessment
Technological Limitations on Cleanup

Section IV. Alternative Development and Screening
Developing Options
Alternative Development Process
Alternative Screening Evaluation
Alternative Screening
Treatability Investigations

Section V. Detailed Analysis of Alternatives
Background
Overview of Evaluation Criteria
Discussion of Evaluation Factors
Presentation of Individual Analyses
Comparative Analysis of Alternatives
Presentation of Comparative Analysis
Post-RI/FS Selection of the Preferred Alternative
Community Relations During Detailed Analysis
Removal Activities
Time-Critical Removal Actions
Non-Time-Critical Removal Actions
Removal Action Process

CHAPTER 3. CONTROL AND CONTAINMENT TECHNOLOGIES
Definition
Applicability
Techniques

Section I. Waste Collection and Removal
Drum Handling
Storage
Tank Cleaning and Demolition
Lagoon Management
Excavation of Landfills and Contaminated
Soils
Removal of Contaminated Sediments
Decontamination of Structures
Decontamination of Miscellaneous Media

Section II. Contaminated Ground-Water Plume Management
Ground-Water Pumping Systems
Wellpoint Systems

Extraction/Injection Well Systems
Subsurface Barriers
Slurry-trench Cutoff Walls
Grout Curtains
Sheet Pile Cutoff Walls
Membranes and Synthetic Sheet Curtains
Combination Barrier/Pump Systems
Subsurface Drains and Drainage Ditches

Section III. Surface Water Controls
Surface Water Diversion
Surface Grading
Surface Sealing
Revegetation

Section IV. Gas Control
Gas Generation and Migration
Passive Gas Control Systems
Active Control Systems

CHAPTER 4. TREATMENT TECHNOLOGIES
Applicability
Techniques

Section I. Treatment of Liquid Waste Streams
Definitions
Air Stripping
Biological Treatment
Carbon Adsorption
Chemical Oxidation
Resin Adsorption
Chemical Reduction
Precipitation
Flocculation and Sedimentation
Neutralization
Oil-Water Separation
Dissolved Air Flotation
Reverse Osmosis
Solidification/Stabilization
Ultrafiltration

Section II. Treatment of Sludges and Soils
Biological Treatment
Encapsulation
Low Temperature Thermal Desorption

Solidification/Stabilization
Thermal Destruction
Volume Reduction
Wet Oxidation
Evaporation

Section III. In Situ Treatment Technologies
Biological Treatment
Chemical Oxidation
Permeable Treatment Beds
Soil Flushing
Vapor Extraction

CHAPTER V. DISPOSAL TECHNOLOGIES
Definition
Applicability
Techniques
Regulatory Constraints

Section I. Onsite Disposal
General
Landfills
Deep Well Injection

Section II. Offsite Disposal
General
Landfills
Deep Well Injection

Source:http://link2ebook.blogspot.com/2007/10/engineering-ebook-free-atrikel.html

Download : waste treatment