Piping engineering Books PDF free download

Piping Engineering Books PDF free download

Table of Contents

PIPING HANDBOOK BY Mohinder L. Nayyar, P.E. ASME Fellow Seventh Edition
MCGRAW-HILL

CONTENTS

Part A: Piping Fundamentals

Chapter A1. Introduction to Piping Mohinder L. Nayyar A.1
Chapter A2. Piping Components Ervin L. Geiger A.53
Chapter A3. Piping Materials James M. Tanzosh A.125
Chapter A4. Piping Codes and Standards Mohinder L. Nayyar A.179
Chapter A5. Manufacturing of Metallic Piping Daniel R. Avery and
Alfred Lohmeier A.243
Chapter A6. Fabrication and Installation of Piping Edward F. Gerwin A.261
Chapter A7. Bolted Joints Gordon Britton A.331
Chapter A8. Prestressed Concrete Cylinder Pipe and Fittings
Richard E. Deremiah A.397
Chapter A9. Grooved and Pressfit Piping Systems
Louis E. Hayden, Jr.

Chapter A10. Selection and Application of Valves Mohinder L. Nayyar,
Dr. Hans D. Baumann A.459

Part B: Generic Design Considerations

Chapter B1. Hierarchy of Design Documents Sabin Crocker, Jr. B.1
Chapter B2. Design Bases Joseph H. Casiglia B.19
Chapter B3. Piping Layout Lawrence D. Lynch,
Charles A. Bullinger, Alton B. Cleveland, Jr. B.75
Chapter B4. Stress Analysis of Piping Dr. Chakrapani Basavaraju,
Dr. William Saifung Sun B.107
Chapter B5. Piping Supports Lorenzo Di Giacomo, Jr.,
Jon R. Stinson B.215
Chapter B6. Heat Tracing of Piping Chet Sandberg,
Joseph T. Lonsdale, J. Erickson B.241
Chapter B7. Thermal Insulation of Piping Kenneth R. Collier,
Kathleen Posteraro B.287
Chapter B8. Flow of Fluids Dr. Tadeusz J. Swierzawski B.351
Chapter B9. Cement-Mortar and Concrete Linings for Piping
Richard E. Deremiah B.469
Chapter B10. Fusion Bonded Epoxy Internal Linings and External
Coatings for Pipeline Corrosion Protection Alan Kehr B.481
Chapter B11. Rubber Lined Piping Systems Richard K. Lewis,
David Jentzsch B.507

Chapter B12. Plastic Lined Piping for Corrosion Resistance
Michael B. Ferg, John M. Kalnins B.533
Chapter B13. Double Containment Piping Systems
Christopher G. Ziu B.569
Chapter B14. Pressure and Leak Testing of Piping Systems
Robert B. Adams, Thomas J. Bowling B.651

Part C: Piping Systems

Chapter C1. Water Systems Piping Michael G. Gagliardi,
Louis J. Liberatore C.1
Chapter C2. Fire Protection Piping Systems Russell P. Fleming,
Daniel L. Arnold C.53
Chapter C3. Steam Systems Piping Daniel A. Van Duyne C.83
Chapter C4. Building Services Piping Mohammed N. Vohra,
Paul A. Bourquin C.135
Chapter C5. Oil Systems Piping Charles L. Arnold, Lucy A. Gebhart C.181
Chapter C6. Gas Systems Piping Peter H. O. Fischer C.249
Chapter C7. Process Systems Piping Rod T. Mueller C.305
Chapter C8. Cryogenic Systems Piping Dr. N. P. Theophilos,
Norman H. White, Theodore F. Fisher, Robert Zawierucha,
M. J. Lockett, J. K. Howell, A. R. Belair, R. C. Cipolla,
Raymond Dale Woodward C.391
Chapter C9. Refrigeration Systems Piping William V. Richards C.457

Chapter C10. Hazardous Piping Systems Ronald W. Haupt C.533
Chapter C11. Slurry and Sludge Systems Piping Ramesh L. Gandhi C.567
Chapter C12. Wastewater and Stormwater Systems Piping
Dr. Ashok L. Lagvankar, John P. Velon C.619
Chapter C13. Plumbing Piping Systems Michael Frankel C.667
Chapter C14. Ash Handling Piping Systems Vincent C. Ionita,
Joel H. Aschenbrand C.727
Chapter C15. Compressed Air Piping Systems Michael Frankel C.755
Chapter C16. Compressed Gases and Vacuum Piping Systems
Michael Frankel C.801
Chapter C17. Fuel Gas Distribution Piping Systems Michael Frankel C.839

Part D: Nonmetallic Piping

Chapter D1. Thermoplastics Piping Dr. Timothy J. McGrath,
Stanley A. Mruk D.1
Chapter D2. Fiberglass Piping Systems Carl E. Martin D.79

Part E: Appendices

Appendix E1. Conversion Tables Ervin L. Geiger E.1
Appendix E2. Pipe Properties (US Customary Units)
Dr. Chakrapani Basavaraju E.13

Appendix E2M. Pipe Properties (Metric) Dr. Chakrapani Basavaraju E.23
Appendix E3. Tube Properties (US Customary Units) Ervin L. Geiger E.31
Appendix E3M. Tube Properties (Metric) Troy J. Skillen E.37
Appendix E4. Friction Loss for Water in Feet per 100 Feet of Pipe E.39
Appendix E4M. Friction Loss for Water in Meters per 100 Meters of
Pipe Troy J. Skillen E.59
Appendix E5. Acceptable Pipe, Tube, and Fitting Materials per
the ASME Boiler and Pressure Vessel Code and the ASME Pressure
Piping Code Jill M. Hershey E.61
Appendix E6. International Piping Material Specifications
R. Peter Deubler E.69
Appendix E7. Miscellaneous Fluids and Their Properties Akhil Prakash E.83
Appendix E8. Miscellaneous Materials and Their Properties
Akhil Prakash E.101
Appendix E9. Piping-Related Computer Programs and Their
Capabilities Anthony W. Paulins E.109
Appendix E10. International Standards and Specifications for Pipe, Tube,
Fittings, Flanges, Bolts, Nuts, Gaskets, and Valves Soami D. Suri E.119

What is SMAW Welding

What is gasket and their types

What is a valve and its types?

INTRODUCTION

Piping systems are like arteries and veins. They carry the lifeblood of modern
civilization. In a modern city they transport water from the sources of water supply to the points of distribution; convey waste from residential and commercial buildings and other civic facilities to the treatment facility or the point of discharge.

Similarly, pipelines carry crude oil from oil wells to tank farms for storage or to refineries for processing. The natural gas transportation and distribution lines convey natural gas from the source and storage tank forms to points of utilization, such as power plants, industrial facilities, and commercial and residential communities. In chemical plants, paper mills, food processing plants, and other similar industrial establishments, the piping systems are utilized to carry liquids, chemicals, mixtures, gases, vapors, and solids from one location to another.

The fire protection piping networks in residential, commercial, industrial, and
other buildings carry fire suppression fluids, such as water, gases, and chemicals to provide protection of life and property. The piping systems in thermal power plants convey high-pressure and high-temperature steam to generate electricity. Other piping systems in a power plant transport high- and low-pressure water, chemicals, low-pressure steam, and condensate. Sophisticated piping systems are used to process and carry hazardous and toxic substances.

The storm and wastewater piping systems transport large quantities of water away from towns, cities, and industrial and similar establishments to safeguard life, property, and essential facilities.

In health facilities, piping systems are used to transport gases and fluids for
medical purposes. The piping systems in laboratories carry gases, chemicals, vapors, and other fluids that are critical for conducting research and development. In short, the piping systems are an essential and integral part of our modern civilization just as arteries and veins are essential to the human body.

The design, construction, operation, and maintenance of various piping systems
involve understanding of piping fundamentals, materials, generic and specific design considerations, fabrication and installation, examinations, and testing and inspection requirements, in addition to the local, state and federal regulations.

Piping includes pipe, flanges, fittings, bolting, gaskets, valves, and the pressure containing portions of other piping components. It also includes pipe hangers and supports and other items necessary to prevent over pressurization and overstressing of the pressure-containing components. It is evident that pipe is one element or a part of piping. Therefore, pipe sections when joined with fittings, valves, and other mechanical equipment and properly supported by hangers and supports, are
called piping.

Download the Piping Handbook below