Annotation
A total revision of the classic reference on piping design practice, material application, and industry standards. Table of Contents: Definitions, Abbreviations and Units; Piping Components; Piping Materials; Piping Codes and Standards; Manufacturing of Metallic Piping; Fabrication and Installation of Piping; Hierarchy of Design Documents; Design Bases; Piping Layout; Stress Analysis of Piping; Piping Supports; Heat Tracing and Piping; Thermal Insulation of Piping; Flow of Fluids; Piping Systems; Non-Metallic Piping; Thermoplastics Piping; Fiberglass Piping Systems; Conversion Tables; Pipe Properties; Tube Properties; Friction Loss for Water in Feet Per 100 Feet of Pipe. 800 illustrations.
From the Publisher
Since it was first published in 1930, Piping Handbook has provided authoritative information, guidance, and data to generations of engineers and other professionals interested in piping design. Now completely rewritten, reorganized, and reformatted, the new edition of this definitive sourcebook presents the most current and comprehensive coverage of pipe design practice, material applications, and industry standards. The sixth edition of Piping Handbook now features all recent changes to the codes, standards, specifications, and regulations governing various piping applications; detailed treatment of thermoplastics and fiberglass piping systems; expert coverage of toxic and hazardous waste systems piping; an all-new format that is logical, easy-to-use, and time-saving; many practical problems and solutions; and real-life examples of piping applications that illustrate sound engineering practice. The new, quick-access format of the Piping Handbook contains five parts. The first part deals with piping fundamentals, including the definitions of piping elements, piping materials, codes and standards, manufacturing, and the fabrication and installation of piping. In the second part, users will find complete information on such generic design considerations as design documents, design bases, piping layout, stress analysis, supports of piping systems, heat tracing, thermal insulation, and the flow of fluids. The third part of the Handbook addresses specific design, construction, operation, and maintenance requirements for piping systems that handle various fluids in modern industrial and commercial facilities. Thermoplastics and fiberglass piping systems are addressed in the fourth part, with up-to-the-minute information provided on materials, fabrication, installation, benefits, and limitations. Finally, the fifth part contains detailed appendixes with a wealth of technical data and conversion tables. From the basics of piping to the latest materials and applications.
From the Critics
A step-by-step manual instructing students in the basic skills required for industrial drafting and design including advice on the use of AutoCAD and PRO-PIPE, the most commonly used pipe drafting softwares. The guide walks students through the creation of piping symbols for fittings, flanges, valves, and mechanical equipment. Each step provides a structural foundation for the culminating development of a 3-D model, giving the student an opportunity to visualize an entire piping facility. The volume features over 100 illustrations and photographs, and helpful exercises and questions for review and practice. The six appendices detail dimensional data, lettering, math, architect's scale, and computer use. Annotation c. Book News, Inc., Portland, OR (booknews.com)
Piping Guide
Annotation
Designed as a working aid, information to handle most jobs is found in the 'PIPING GUIDE’. The ‘Guide’ is used Worldwide by engineers, designers, contractors, maintenance personnel and others involved with designing and maintaining piping systems, as well as in training programs and courses by trade schools, colleges and industry. Each chapter deals with its subject, point-by-point. In Chapters 2 & 3 components of butt-welded piping, elements of pipe-supports and mechanisms for controlling flow through valves are pictured and their usage described. In Chapters 5 & 6, specially developed drawings incorporate the design points of the text. In addition to design, the text also covers the details, such as: how drawings are issued (the various stages); how revisions are indicated on drawings; where the ‘North’ arrow is placed; what to show on P&lDs; planning the width of a pipeway when sizes of lines are unknown; orientation of valves; where to position vents on steam lines; the minimum size of concrete foundation for a pump, etc. In Chapter 5, a section on dimensioning illustrates basic rules to follow for all piping drawings. In Chapter 6, a simple explanation determines the correct arrangement (sometimes unclear), for an eccentric reducer when used at the suction nozzle of a pump, i.e., whether it should be ‘top flat ‘or ‘bottom flat’ - nothing is left to question. Piping to pumps, for example, can be arranged using the same good practice as the professional, simply by following the arrangement of piping at pumps, (text Figure 6.17 and notes). In the presentation of Steam-Trap Piping (text Figures 43 & 44), also in Chapter 6, the necessary items may be selected, and the piping correctly arranged, for removing condensate from steam lines - just by following the ‘key’ notes. The detail of tabulated information is evident in Table D-3. An example of ease-of-use is Table D-8 which allows direct reading of centerline to end-of-pipe dimensions without calculation. Similar direct reading tables are given for threaded forged-steel fittings, and for flanges. Comparable tables with dimensions in millimeters are also provided in the Metric supplement. Examples mentioned are only a fraction of the practical information in this concise easy-to-follow, compact reference, with over 500 presentations, figures, tables, charts and photographs, an unusually comprehensive Index/Glossary, and separate index to the most frequently referred-to tables.
Facility Piping Systems Handbook
Annotation
Piping Systems Design Made Easy! Make quick work of planning, selecting, designing, and testing indoor and outdoor non-process piping systems with Mike Frankel's Facility Piping Systems Handbook. From sizing methods and charts and FDA, EPA, and OSHA requirements through building codes and standards, you'll get all the data you need to create entire piping systems in labs... R&D centers... chemical, industrial, and pharmaceutical plants... and biotechnology and health care facilities. You'll work better and faster with this kind of data at your command: Basic plumbing systems; Pure water systems; non-potable water systems; Industrial and laboratory waste systems; Animal watering and drainage systems; Cryogenic piping systems; Vacuum cleaning systems; Central soap and detergent cleaning sytems; Life safety systems; and more.
Valves, Piping and Pipelines Handbook
Table of Contents
Section headings and selected papers: Fundamentals. Classification of Valves. Basic Valve Nomenclature. Pipes and Pipelines—Definitions and Explanations. Valve Types Design and Construction. Ball Valves. Globe Valves. Screwdown Valves. Pressure Valves and Services. Safety and Relief Valves. Foot Valves. Control and Automation. Float Control Valves. Pipes. Iron and Steel Pipes. Pipe Joints and Couplings. Corrosion of Stainless Steel. Pipelines/Pipework. Pipe Cutting and Bending. Pipeline Inspection and Evaluation. Jacketing and Dual Containment. Performance and Calculations. Compressible Flow in Pipes. Strength of Pipes. Noise Control. Duties and Services. Hygienic Services. Fire Hydrant Valves. High Pressure Duties. Engineering Data. Glossary. Data and Standards. Tables. Buyers' Guide to Valves and Pipes. Classified Index by Product Category. Editorial index. Advertisers index.
Handbook of Corrosion Resistant Piping
Handbook of Thermoplastic Piping System Design
From the Publisher
Covering applications, selection, installation, and maintenance, the Handbook of Thermoplastic Piping System Design furnishes all known chemical resistance data for the most popular thermoplastic piping systems...addresses both pressure and drainage applications of rigid piping systems...comprehensively explains thermoplastic joining methods...gives a broad selection of manufacturers' products for ease of comparison...discusses each pertinent ISO international and American standard pertaining to thermoplastics...supplies a product cost-comparison guide...describes specification techniques, lists 25 generic product specifications, and illustrates product specification with a sample model...and much more. Containing over 180 photographs, drawings, and tables, the Handbook of Thermoplastic Piping System Design is an incomparable day-to-day resource for mechanical, plastics, chemical, piping design, materials, plant, project, industrial, and building engineers; architects; system and equipment designers; installation contractors; and upper-level undergraduate and graduate students in these disciplines.
Piping Design Handbook
From the Critics
An encyclopedia of piping design methods, the contents of which were originally published in Encyclopedia of chemical processing and design (Dekker). Almost every phase of piping design is covered and presented in an article by an expert in that particular area. for simplicity, the Handbook is arranged in ten general sections to present the elements of fluid flow, fluidics, piping design, pipeline design, buried pipelines, pipeline supports, pipeline shortcut methods, operation and maintenance, pipeline failure, and the economics and costs of pipeline systems including a compendium of worldwide activity. Annotation Copyright Book News, Inc., Portland, OR (booknews.com)
Underground Piping Handbook
Plastic Piping Handbook
From the Publisher
All-the-answers guide to plastic pipingWritten by expert David Willoughby, a 20-year veteran in the field, Plastic Piping Handbook is a one-of-a-kind, comprehensive guide to the durable, economical piping solution used today in 90 percent of low-pressure liquid and natural gas installations. You get the facts you need on a full range of vital topics, from pipe selection to pipeline purging and drying, to leak detection. This incomparable resource features codes and specs for gas and water transmission, inspection and testing procedures, and provides you with plenty of charts, data sheets, and tables. You'll find at your fingertips hundreds of pages of clear, practical guidance to help you: * Design systems for municipal, industrial, commercial, residential, and field use * Follow step-by-step procedures for aboveground and buried pipe design * Choose and apply pipes, control valves, and regulators * Adhere to codes and standards * Install, inspect and test pipelines*
Featuring new inspection, test, and leak detection procedures, codes, and standards Written by expert David Willoughby, a 20-year veteran in the field, Plastic Piping Handbook is a one-of-a-kind comprehensive guide to the durable, economical piping solution used today in 90 percent of low-pressure liquid and natural gas installations. Inside you'll find hundreds of pages of clear, practical guidance to help you: *Apply plastic piping for greater reliability, durability, and economy in gas and liquid systems *Design systems for municipal, industrial, commercial, residential, and field use *Find solutions quickly with easy-to-read charts, tables, and diagrams *Exploit hydraulic and engineering principles, and plastic pipe characteristics, for best performance *Follow step-by-step procedures for aboveground and buried pipe design *Choose and apply pipes, control valves, and regulators *Adhere to codes and standards *Handle construction operations *Install pipelines *Inspect and test *Purge and dry plastic piping *Detect leaks *Maximize long-term and short-term economic advantages The reference of the decade on a subject too long neglected, this indispensable handbook is finally here to make work flow more smoothly in your engineering or construction office or site.
Process Plant Layout and Piping Design
From The Publisher
Based on the authors' collective 65 years of experience in the engineering construction industry, this profusely illustrated, comprehensive guidebook presents tried-and-true workable methods and rules of thumb for plant layout and piping design for the process industries. Content is organized and presented for quick-reference on-the-job or for systematic study of specific topics. Presents general concepts and principles of plant layout -- from basic terminology and input requirements to deliverables; deals with specific pieces of equipment and their most efficient layout in the overall plant design configuration; addresses the plant layout requirements for the most common process unit equipment; covers piping requirements for the entire plant as well as all equipment types; and considers the computerized tools that are now available to help plant layout and piping designers. Features more than 640 illustrations of equipment, piping and other components of processing facility -- and their configurations. MARKETS: For mechanical and chemical engineers working for engineering construction as well as process manufacturing companies with responsibility for plant layout, piping, and construction; and for engineering students.
Process Piping Design: Volume 1
Process Piping Design: Volume 2
Process Pipe Drafting
From the Publisher
Process Pipe Drafting is designed to provide students with the fundamental concepts and basic techniques needed to create piping drawings. This edition includes problems and questions at the end of chapters, expanded manufacturer catalog specifications, and an appendix listing related ANSI standards. Students new to the trade, as well as experienced pipefitters, welders, and others, will benefit from this well-written, highly authoritative text.
From the Critics
This write-in textbook provides the basic knowledge needed to read, comprehend, and create process pipe drawings. It first introduces the components of piping systems, fittings, valves, and equipment, then shows how to put these components together to create the various types of drawings used in the process piping industry. Annotation Copyright by Book News, Inc., Portland, Or.
Pressure Vessel and Piping Technology
Table of Contents
The Practice of Defect Assessment for Pressure Vessels in China
The Development of Low Temperature Design Rules in BS5500 and the European Pressure Vessel Standards
Advantages of Finite Element Methods Against Conventional Code Theory for the Assessment of Small and Large Diameter Flange Behaviour
A New Approach to the Design of Stiffened Rectangular Storage Tanks
Seismic Design Criteria for the Reactor Vessel Internals of the Korean Standard Nuclear Power Plant
Experimental Investigations of Stress Distribution Around [actual symbol not reproducible] Branch Pipe Connections Due to Internal Pressure
Strain Measuring Techniques for Pressure Vessel Acceptance Tests
The Determination of Dynamic Loads During Large Pipe Breaks in a Nuclear Steam Supply System
The Effect of Internal Pressure on Bending of Thin-Walled Tube
Experiments on Horizontal Pressure Vessels with Non-Sliding Saddle Supports
Technology Developments in the Design and Maintenance of Aboveground Storage Tanks
Analysis of Stress and Safety during in-situ Heat Treatment of Tall Towers
Pressure Vessel with Non-Sliding Saddle Support - A Preliminary Study
Saddle Supports for Cylindrical Vessel - Problems and Solutions
Failure Mechanisms of a Bent Pipe Subjected to Out-of-Plane Loading
Thermal Stress Analysis of Conical Composite Shell Under Various Temperature Distributions
Instability of Semi-Ellipsoidal Shells
Finite Element Analysis of the Detergent Feedstock Splitter Storage Vessel
Simplified Condition for Incipient Yielding in Thick Pipes under Uniform Loading in the Longitudinal Diametral Plane
Stress Analysis of Perforated Plates Reinforced by Tubes
Finite Element Stress Analysis of Non-Regular Shaped Openings on Flat Plates and Nozzle-Vessel Intersections
Probabilistic Assessment of Wall Thickness Requirement for Underground Pipelines Subjected to Corrosion
Fatigue Crack Growth in a Titanium Alloy IMI834
Local Fatigue Life Assessment of a Pressure Vessel Through Finite Element Analysis
Inelastic Design Method and Life Prediction of High-Temperature Structures
A Simplified Analysis on Stress Redistribution of High Temperature Structure under Sustained Loading
Finite Element Analysis for Steady Creep
Determination of K[subscript II] of Crack in Centre Cracked Unidirectional Composite Plate under Temperature Gradient
Fracture Mechanics Technology in Industry: Defect Assessment Using the BSI PD 6493 Approach
Statistical Scatter in Fracture Toughness Data for a Pressure Vessel Steel
Preventing Cracking Due to Vibration in Pt. Arun's Rich Carbonate Line
Testing Sub-Size Charpy Specimen Test to Index Brittle to Transition Temperature
Effect of Loading Rate on the Fracture Toughness of Steel Weld Metal
Techniques for Assessing Ductile Fracture Initiation (J[subscript IC])
Impact Energy Assessment of Welding Procedure Qualification and Production Tests
An Algorithm for the Prediction of Hardness of Repair Welds in 2.25 Cr-1 Mo Pressure Vessel Steel - A Preliminary Investigation
Overheating of Boiler Tube Material
Contour Roll Forming of Steel Tubes and Pipes
The Effects of Mechanical Constraints on the Welding of Mild Steel Panels
Analysis of Hydrogen Induced Disbonding Process in Stainless Steel Weld Overlay
Hydrogen Induced Cracking in Duplex Stainless Steel Weldment
A Comparison of Non-destructive Pressure Vessel Proof Testing According to BS5500 and ASME Section VIII, Division I Pipe Drafting and Design Workbook
Roy A. Parisher, Robert A. Rhea / Paperback / Date Published: March 1995
Pipe Drafting and DesignRoy A. Parisher, Robert A. Rhea / Hardcover / Date Published: January 1996
Piping and Pipe Support Systems: Design and EngineeringPaul R. Smith, T. Van Laan / Hardcover / Date Published: November 1990
Analysis for Design of Fiber Reinforced Plastic Vessels and PipingSuong V. Hoa / Hardcover / Date Published: January 1991
Pipe Drafting and Design Instructor's GuideRoy A. Parisher, Robert A. Rhea / Paperback / Date Published: March 1995
Piping Design for Process PlantsHarold F. Rase, James R. Holmes (Illustrator) / Hardcover / Date Published: January 1990
Analysis and Design of Composite, Process and Power Piping and Vessels 1998: ProceedingsASME/JSME Joint Pressure Vessels and Piping Conference (1998, San Diego, CA) Dennis K. Williams (Editor) / Paperback / Date Published: January 1998
Approximate Methods in the Design and Analysis of Pressure Vessels and Piping Components, 1997: ProceedingsASME Pressure Vessels and Piping Conference (1997, Orlando, FL) William J. Bees (Editor) / Paperback / Date Published: September 1997
Current Topics in the Design and Analysis of Pressure Vessels and Piping, 1997: ProceedingsASME Pressure Vessels and Piping Conference (1997, Orlando, FL) Dennis K. Williams (Editor) / Paperback / Date Published: September 1997
Developments in Pressure Vessels and Piping - 1995John J. Petrinec (Editor), J. N. Petrinec (Editor) / Hardcover / Date Published: September 1995
Developments in Pressure Vessels and Piping Presented at the 1994 Pressure Vessels and Piping Conference, Minneapolis, Minnesota, June 19-23, 1994Artin A. Dermenjian, John N. Petrinec, Lee J. Weingart / Paperback / Date Published: January 1994
Fatique, Fracture and High Temperature Design Methods in Pressure Vessels and Piping: ProceedingsASME/JSME Joint Pressure Vessels and Piping Conference (1998, San Diego, CA) Kenneth K. Yoon (Editor) / Paperback / Date Published: January 1998
High Pressure, Codes, Analysis, and ApplicationsPresented at the 1993 Pressure Vessels and Piping Conference, Denver, Colorado, July 25-29, 1993 Ashok K. Khare / Hardcover / Date Published: January 1993
Integrity of Structures and Fluid Systems Hazardous Release Protection Piping and Pipe Supports and Pumps and ValvesH. H. Chung (Editor) / Paperback / Date Published: January 1996
Integrity of Structures and Fluid Systems, Piping and Pipe Supports, and Pumps and Valves1997 Proceedings ASME Pressure Vessels and Piping Conference (1997, Orlando, FL) Howard H. Chung (Editor) / Paperback / Date Published: September 1997
Mechanical Design of Process Systems: Piping and Pressure Vessels, Vol. 1 Piping Design for Process PlantsHoward F. Rase, M. H. Barrow / Hardcover / Date Published: January 1963
Piping, Supports, and Structural DynamicsPresented at the 1993 Pressure Vessels and Piping Conference, Denver, Colorado July 25-29, 1993 Artin A. Dermenjian / Hardcover / Date Published: January 1993
Power Piping Data Special HandlingFrank M. Tenore, Keith W. Smeal, Jeffrey S. Lunde / Paperback / Date Published: January 1992
Power Plant Equipment Design: Bolted Joints, Pumps, Valves, Pipe and Duct SupportsPresented at the 1993 Pressure Vessels and Piping Conference, Denver, Colorado, July 25-29, 1993 Evans C. Goodling / Hardcover / Date Published: January 1993
Pressure Vessels and Piping Design Analysis and Severe AccidentsA. A. Dermenjian (Editor) / Paperback / Date Published: January 1996
Pressure Vessels, Pumps, Valves, Pipe Supports, and ComponentsPresented at the 1994 Pressure Vessels and Piping Conference, Minneapolis, Minnesota, June 19-23, 1994 L. Ike Ezekoye (Editor) / Paperback / Date Published: January 1994
Principles of Piping AnalysisDavid Burgreen / Hardcover / Date Published: January 1977
Seismic Design Technology for Breeder Reactor Structures Special Topics in Piping and EquipmentD. P. Reddy (Editor) / Other Format / Date Published: October 1983
Seismic Design Technology for Breeder Reactor Structures Special Topics in Piping and Equipment, Vol. 4D. P. Reddy (Editor) / Paperback / Date Published: January 1983
Service Experience and Design in Pressure Vessels and Piping Including High Pressure TechnologyW. H. Bamford (Editor) / Paperback / Date Published: January 1996
Welding Research Council BulletinsThe Materials Properties Council, Inc.
IPT's Pipe Trades HandbookPipefitter.com
