Accuris Datasheets for Standards and Technical Documents
Standards and technical documents includes standards, codes, regulation, handbooks, manuals, comprehensive guides and other formal publications. Standards, codes, and regulation establish uniform specifications, procedures or technical criteria.
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| Product Name | Notes |
|---|---|
| 2 Bolt Flange & Drive / 2 Bolt Actuator Flange Drive (primarily for Valves and Cocks) | |
| 2.175 P.C. DIA. Square Accessory Flange & Mounting Pad | |
| 2.175\x94 P.C.DIA. Square Accessory Flange & Square Mounting Pad - Unified Thread | |
| 3D CAD and FIAPP: Three-Dimensional Computer Models and the Fully Integrated and Automated Project Process | |
| 40\xb0 \x91V\x92, Coupling Data | |
| 4\x94 P.C. Dia. Starter Mounting Flange | |
| 5.750\x94 P.C. Dia. Starter Mounting Flange. | |
| 5\x94 Constant Speed Unit Pad & Drive / Flange & Shaft 4.400\x94 P.C.D. x.650\x94 (Twin Oilway) Edition 4 | |
| 5\x94 P.C. Dia. Starter Mounting Flange | |
| 5\x94 PCU Pad & Drive 4.400\x94 PCD x .650\x94, Three Oilway. Unified Threads 5\x94 PCU Flange & Shaft 4.400\x94 PCD x .650\x94, Three Oilway. Unified Threads | |
| 5\x94 Propeller Control Unit Pad & Drive / Flange & Shaft 4.400\x94 P.C.D. x .650\x94 (Three Oilway) | |
| 6\x94 Constant Speed Unit Pad & Drive 5.400\x94 P.C.D. x .875\x94 Twin Oilway | |
| 6\x94 PCU Pad & Drive 5.400\x94 PCD x .875\x94. Three Oilway. Unified Threads 6\x94 PCU Flange & Shaft 5.400\x94 PCD x .875\x94. Three Oilway. Unified Threads | |
| 6\x94 Propeller Control Unit Pad & Drive / Flange & Shaft 5.400\x94 P.C.D. x .875\x94 (Three Oilway) | |
| 7\x94 P.C. Dia. Starter Mounting Flange | |
| A New Approach to Assessing and Measuring Project Complexity | |
| A Standard Method of Dimensioning Compressor Blades | |
| A Standard Method of Dimensioning Turbine Blades | |
| A Standardized Approach to Identifying and Defining Owner Value Interests and Aligning the E&C Response | |
| Accessory Drives & Pads (Taper Flanges) | |
| Achieving an Integrated Data Environment: A Strategic Initiative | |
| Achieving Zero Rework through Effective Supplier Quality Practices | |
| Advanced Work Packaging: Design through Workface Execution | |
| Allocation of Insurance-Related Risks and Costs on Construction Projects | |
| Americans with Disabilities Act | |
| An Analysis of Multiskilled Labor Strategies in Construction | |
| An Introduction to Integrated Database Systems | |
| Angle Extrusions | |
| Assessing the Maturity and Accuracy of Front End Engineering Design | |
| Assessment of Effective Front End Planning Processes | |
| Attracting and Maintaining a Skilled Construction Work Force | |
| Audio Inductors | |
| Audio Transformers for Electronic Equipment | |
| B.A. Thread Insert - Wire Section | |
| B.S.F. Thread - Wire Section | |
| B.S.P.F. Thread Insert - Wire Section | |
| B.S.W. Thread Insert - Wire Section | |
| Barriers to Implementation of CII Concepts: An Overview | |
| Basic Seat Rail Geometry & Basic Seat Pin Geometry | |
| Bend Allowances for Full Scale Layout | |
| Best Modern Practices for Design in Fast Track Projects | |
| Best Practices in Quality Management for the Capital Facilities Delivery Industry | |
| Building a Successful Global Engineering and Construction Company | |
| Bulb Angle Extrusions | |
| Cable Connectors for Audio Facilities for Radio Broadcasting | |
| Cable Identification Sleeves | |
| Ceramic Based Printed Circuits, Test Standards for | |
| Ceramic Based Printed Circuits, Unit Standards for | |
| Ceramic Dielectric Capacitors Classes I, II, III and IV | |
| Channel Numbering System Class D - Citizens' Radio Service | |
| Characteristics of synthetic aperture radars operating in the Earth exploration-satellit e service (active) around 9 600 MHz | |
| Characterization and assessment of aggregate interference to the Earth exploration-satellit e service (passive) sensor operations from multiple sources of man-made emis | |
| Characterization and assessment of aggregate interference to the Earth exploration-satellit e service (passive) sensor operations from multiple sources of man-made emissions | |
| Circular Accessory Flange & Drive / Accessory Pad & Drive 10.5\x94 P.C.D. x 1.125\x94 | |
| Circular Accessory Flange & Drive / Accessory Pad & Drive 12\x94 P.C.D. x 1.250\x94 | |
| Circular Accessory Flange & Drive / Accessory Pad & Drive 8.000\x94 P.C.D. x .875\x94 | |
| Circular Accessory Flange & Drive / Accessory Pad & Drive 9.000\x94 P.C.D. x 1.000\x94 | |
| Circular Accessory Flange & Drive 4.290\x94 P.C.D. x .500\x94 | |
| Circular Flange & Drive / Circular Pad & Drive (Pinion Located) 8.000\x94 P.C. DIA. X 1.125\x94 | |
| Circular Flange & Drive / Circular Pad & Drive, 6.000\x94 P.C.D. x .625\x94 | |
| Circular Flange & Drive / Circular Pad & Drive, 7.000 P.C.D. x .750\x94 | |
| Circular Flange & Drive / Mounting Pad & Drive, 5.197 P.C.D. x .500 | |
| Circular Flange & Drive / Mounting Pad & Drive, 5.197 P.C.D. x .625 | |
| Circular Flange & Drive 4.290\x94 P.C.D. x .500\x94 | |
| Circular Flange & Drive 5.000\x94 P.C.D. x .750\x94 | |
| Circular Flange & Drive 6.000\x94 P.C.D. x .875\x94 | |
| Circular Flange & Drive 7.000\x94 P.C.D. x 1.000\x94 | |
| Circular Flange & Drive 9.000\x94 P.C.D. x 1.250\x94 | |
| Circular Flange & Drive for Electrical Machines / Pad & Drive for Electrical Machines : 5.000\x94 P.C.D. x .500\x94 | |
| Circular Flange & Drive for Electrical Machines / Pad & Drive for Electrical Machines : 6.000\x94 P.C.D. x .5625\x94 | |
| Circular Flange & Drive for Electrical Machines / Pad & Drive for Electrical Machines : 7.000\x94 P.C.D. x .6875\x94 | |
| Circular Flange & Drive for Electrical Machines / Pad & Drive for Electrical Machines : 8.000\x94 P.C.D. x .8125\x94 | |
| Circular Flange & Drive for Electrical Machines / Pad & Drive for Electrical Machines : 9.000\x94 P.C.D. x .9375\x94 | |
| Circular Flange & Drive. 8.0\x94 P.C.D. x 1.125\x94 | |
| Circular Flanges & Drives / Circular Pads & Drives | |
| Circular Pad & Drive. 4.290\x94 P.C.D. x .625\x94 | |
| Circular Waveguides | |
| Code to Protective Treatments | |
| Commodity vs Value-Added Contractor Services | |
| Competing in the Global Market | |
| Constructability A Primer | |
| Construction Industry Craft Training in the United States and Canada | |
| Construction Industry Institute Model Plant Update | |
| Construction Industry Institute Model Plant | |
| Construction Productivity Research Program - Phase IV | |
| Construction Productivity Research Program \x96 Phase V | |
| Construction Productivity Research Program Phase III | |
| Continuing Supervisory Education: An Overview | |
| Contract Risk Allocation and Cost Effectiveness | |
| Cost-Trust Relationship | |
| Coupling Flanges, 60\xb0 Vee Form | |
| Craft Labor Productivity | |
| Craft Productivity Program \x96 Phase I | |
| Craft Productivity Research Program Phase II | |
| Critical Success Factors for Project Commissioning and Startup | |
| Definition of Drawing State | |
| Deploying Best Practices in Unfamiliar Countries | |
| Design for Maintainability: Improving Project Return on Investment | |
| Design Practices to Facilitate Construction Automation | |
| Details of Screwdriver for use with Plunge Milled Slots | |
| Detection and resolution of radio frequency interference to Earth exploration-satellit e service (passive) sensors | |
| Dimensional Standard Coplanar Magnetic Tape Cartridge Type CP II (Compact Cassette) | |
| Dimensions for Mounting Rings & for Circular Flanges of Tank Mounted Accessories | |
| Dimensions.of Threads, not included in B.S.2779 ( 5/16\x94 & 7/16\x94 Pipe Diameters, Special Truncation) | |
| Dispute Prevention and Resolution Techniques in the Construction Industry | |
| EDI: Concepts and Applications | |
| Effective Management Practices and Technologies for Lessons Learned Programs | |
| Effective Project Alignment for Construction Success | |
| Effectiveness of Innovative Crew Scheduling | |
| Electrical Characteristics of Balanced Voltage Digital Interface Circuits | |
| Electrical Characteristics of Generators and Receivers for Use in Balanced Digital Multipoint Systems | |
| Electrical Characteristics of Unbalanced Voltage Digital Interface Circuits | |
| Electron Tubes | |
| Electronic Simulation in Construction | |
| Emerging Construction Technologies and the Advanced Construction Technology System | |
| Employee-Based Project Incentives | |
| Engineering Deliverables: Get It Right the First Time | |
| Engineering Productivity Measurement | |
| Engineering Productivity Measurements II | |
| Enhancing Innovation in the EPC Industry: Industry Implementation Studies | |
| Enhancing Innovation in the EPC Industry | |
| Environmental Remediation | |
| Equitable Risk Allocation | |
| Estimating as a Competency in Capital Projects | |
| Evaluation of Design Effectiveness | |
| Evaluation of the potential for pulsed interference from planned and future spaceborne synthetic aperture radar sensors in the earth exploration-satellit e (active) service to radionavigation-sate llite service receivers in the... | |
| Evaluation of the potential for pulsed interference from planned and future spaceborne synthetic aperture radar sensors in the earth explorationsatellite (active) service to radionavigation-sate llite service receivers in the 1... | |
| Examination of the Shipbuilding Industry | |
| FEASIBILITY OF SHARING BETWEEN ACTIVE SENSORS USED ON EARTH EXPLORATION AND METEOROLOGICAL SATELLITES AND THE RADIOLOCATION SERVICE | |
| FEASIBILITY OF SHARING BETWEEN THE FSS (SPACE-TO-EARTH) AND THE EARTH EXPLORATION-SATELLIT E (PASSIVE) AND SPACE RESEARCH (PASSIVE) SERVICES IN THE BAND 18.6-18.8 GHz | |
| Feasibility of sharing in the band 35.5-36 GHZ between the Earth exploration-satellit e service (active) and space research service (active), and other services allocated in this band | |
| Fiber Optic Terminal Devices, Generic Spec. for | |
| Finding Leading Indicators to Prevent Premature Starts to Construction | |
| Fits for Ball Bearings | |
| Fixed Wirewound Power Resistors | |
| FLAMMABILITY TESTS FOR ELECTRONIC COMPONENTS | |
| Flanged Lightening Holes | |
| FOTP-101 Accelerated Oxygen Aging | |
| FOTP-52 Method for Measuring Temperature Dependence of Attenuation for Optical Waveguide Fibers | |
| Frequency bands and bandwidths used for satellite passive remote sensing | |
| Frequency bands and bandwidths used for satellite passive sensing | |
| Frequency bands and required bandwidths used for spaceborne active sensors operating in the Earth exploration-satellit e (active) and space research (active) services | |
| Front End Planning for Renovation and Revamp Projects: An Overview | |
| Front End Planning Tool: PDRI - Small Industrial Projects | |
| Front End Planning Tool: PDRI for Infrastructure Projects | |
| Front End Planning Tool: PDRI\x96Small Infrastructure Projects | |
| Front End Planning: Break the Rules, Pay the Price | |
| Full Scale Layout Reproduction Fuselage Lines - Identification and Layout | |
| Full Scale Layout Reproduction Negative Sizes | |
| Full Scale Layout Reproduction recommended Standard Symbols | |
| Full Scale Layout Reproduction. Recommended Terms and Abbreviations | |
| Future Construction Needs of Virtual Design Models | |
| General Document for Connectors, Electric, Printed- Wiring Board | |
| Generic Specification for Fiber Optic Terminal Devices | |
| Global Procurement and Materials Management | |
| Global Project Controls and Management Systems | |
| Grooves for Circlips, AS 4571 | |
| Grooves for Retaining Rings. AS 4570 | |
| Guidelines For Implementing a Constructability Program | |
| Handle for Escape Hatch Control | |
| Holder Outlines and Pin Connections for Quartz Crystal Units | |
| Hydraulic Hand Pump (Double Acting Type) | |
| IDENTIFICATION MARKING OF PARTS & ASSEMBLIES | |
| Identification of B.A. & B.S.F. Nuts & Bolts, and Identification of Unified Nuts, Bolts & Screws | |
| Impact of Various Construction Contract Types and Clauses on Project Performance | |
| Improved Workers\x92 Compensation Management in Construction | |
| Improving the Accuracy and Timeliness of Project Outcome Predictions | |
| Incentive Plans: Design & Application Considerations | |
| Industrial Engineering/Manufact uring Techniques for Enhancing Construction Project Performance | |
| Industrial Modularization: How to Optimize; How to Maximize | |
| Industry Standard for Connectors, Electrical Flat Cable Type | |
| Information Integration to Improve Capital Project Performance | |
| Innovative Delivery of Information to the Crafts | |
| Installation Drawing of Flanged Half of 1 1/2\x94 Fuelling Coupling | |
| Installation Drawing of Flanged Half of 2 1/2" Fuelling Coupling | |
| INTERCHANGEABLE VARIABLE BLOCK DATA FORMAT FOR POSITIONING, CONTOURING, AND CONTOURING/POSITIONI NG, NUMERICALLY CONTROLLED MACHINES | |
| Interconnection of Data Terminal Equipment with a Communications Channel | |
| Interface Between Data Processing Terminal Equipment and Data Communication Equipment | |
| Interface between Data Terminal Equipment and Automatic Calling Equipment for Data Communication | |
| Interface Between Facsimile Terminal Equipment and Voice Frequency Data Communication Terminal Equipment | |
| Interface Management | |
| International Standards and U.S. Construction Industry Competitiveness | |
| Introduction to the Value Management Toolkit | |
| Is There a Demographic Labor Cliff that Will Affect Project Performance? | |
| Knob - Braking Parachute Control | |
| Knob for High Pressure Fuel Control (incorporating Re-Light Switch) | |
| Land Mobile Signalling Standard | |
| Lead Taping of Components in the Radial Configuration for Automatic Handling | |
| Leadership in a Knowledge Era: Achieving the Learning Organization | |
| Leading Indicators during Project Execution | |
| Leading Industry Practices for Estimating, Controlling, and Managing Indirect Construction Costs | |
| Lean Implementation at the Project Level | |
| Lean Principles in Construction | |
| Leveraging Technology to Improve Construction Productivity | |
| Line Circuit (Card) for 1A2 Generic Multi-Line Key Telephone Systems | |
| Lofting Procedure | |
| Loudspeakers, Power Rating, Full Range | |
| Loudspeakers, Power Rating, Single Voice Coil | |
| Magnetic Field Polarity, Including Definitions and Determination of Polarity | |
| Making the Case for Advanced Work Packaging as a Standard (Best) Practice | |
| Making Zero Accidents A Reality: Focus on Shutdowns, Turnarounds, and Outages | |
| Making Zero Rework A Reality | |
| Managing a Portfolio of Projects: Metrics for Improvement | |
| Master Reference JIG | |
| Maximizing Engineering Value | |
| Maximizing Virtual Team Performance in the Construction Industry | |
| Measuring Organizational Implementation Status: CII Knowledge Implementation Index (CKII) | |
| Measuring Quality Performance on EPC Projects | |
| Measuring Safety Performance with Active Safety Leading Indicators | |
| METAL ENCASED FIXED PAPER DIELECTRIC CAPACITORS FOR D.C. APPLICATION | |
| Methodology for determining terrestrial and space-to-Earth sharing and coordination criteria for meteorological aids in the 400.15-406 MHz and 1 668-1700 MHz bands | |
| Metrics That Matter: Improving Project Progress and Performance Assessment | |
| Microwave Transmission Systems | |
| Miniature Waveguide Flanges, Unpressurized Contact Type (CMR 90 to CMR 284) | |
| Minimum Standard for Test Conditions Common to FM or PM Land-Mobile Communications Equipment 25-470 MHz | |
| Minimum Standards for Land Mobile Communication Continuous Tone-Controlled Squelch Systems (CTCSS) | |
| Minimum Standards for Land Mobile Communication FM Or PM Receivers, 25-947 MHz | |
| Minimum Standards for Land-Mobile Communication Antennas Part I - Base or Fixed Station Antennas | |
| Minimum Standards for Portable/Personal Radio Transmitters, Receivers, and Transmitter/Receiver Combination Land Mobile Communications FM or PM Equipment, 25 - 1000 MHz | |
| Mitigating Threats of Counterfeit Materials in the Capital Projects Industry | |
| Mitigation technique to facilitate the use of the 1 215-1 300 MHz band by the Earth exploration-satellit e service (active) and the space research service (active) | |
| MODEX: Automated Decision Support System for Modular Construction | |
| Multi-Line Key Telephone Systems (KTS) for Voiceband Applications | |
| Needs Assessment for Construction Automation | |
| Non-Reversible Chains | |
| Onsite Design: When and How Much? | |
| Optimizing Construction Input in Front End Planning | |
| Organizational Strategies for Instantaneous Project Controls | |
| Owner and Contractor Jobsite Organization | |
| Owner\x92s Tool for Project Delivery and Contract Strategy Selection | |
| Packing for Return CRT Glass Component Packaging Material | |
| Passive Electronic Component Parts, Test Methods for; General Instructions and Index of Tests | |
| Passive Electronic Component Parts, Test Methods for; Method 10: Effect of Soldering | |
| Passive Electronic Component Parts, Test Methods for; Method 11: Thermal Shock in Air | |
| Passive Electronic Component Parts, Test Methods for; Method 12: Heat-Life Test | |
| Passive Electronic Component Parts, Test Methods for; Method 13: Insulation Resistance Test | |
| Passive Electronic Component Parts, Test Methods for; Method 1: Humidity (Steady State) | |
| Passive Electronic Component Parts, Test Methods for; Method 2: Moisture Resistance (Cycling) | |
| Passive Electronic Component Parts, Test Methods for; Method 3: Humidity (Steady State-Sealed Container) | |
| Passive Electronic Component Parts, Test Methods for; Method 4: Dielectric Test (Withstanding Voltage) | |
| Passive Electronic Component Parts, Test Methods for; Method 5: Salt Spray (Corrosion) | |
| Passive Electronic Component Parts, Test Methods for; Method 6: Mechanical Robustness of Terminals | |
| Passive Electronic Component Parts, Test Methods for; Method 7: Vibration Fatigue Test (Low Frequency, 10 to 55 Hertz) | |
| Passive Electronic Component Parts, Test Methods for; Method 8: Vibration, High Frequency | |
| Passive Electronic Component Parts, Test Methods for; Method 9: Solderability | |
| Percentage R.P.M. Tachometer Flange & Drive | |
| Performance and interference criteria for satellite passive remote sensing | |
| Pipe Coupling Flanges | |
| Piping: Improving P&IDs, Supplier Data, and Packaged Units | |
| Planning A Global Virtual Engineering Team: A Tool for Success | |
| Polarized Aluminum Electrolytic Capacitors For Long Life (Type 1) And For General Purpose Application (Type 2) | |
| Pre-Project Planning Tool: PDRI for Buildings | |
| Pre-Project Planning: Beginning A Project the Right Way | |
| Precursors of High-impact, Low-frequency Events, Including Fatalities | |
| Prefabrication, Preassembly, Modularization, and Offsite Fabrication in Industrial Construction: A Framework for Decision-Making | |
| PREFERRED FREQUENCIES AND NECESSARY BANDWIDTHS FOR SPACEBORNE ACTIVE REMOTE SENSORS | |
| Preferred Values | |
| Preparation of Surface of Layout Blanks for Lithographic Reproduction | |
| Preparation of Surface of Layout Blanks for Photographic Reproduction | |
| Preview of Constructability Implementation | |
| Probabilistic Risk Management in Design and Construction Projects | |
| Procedures for Document Facsimile Transmission | |
| Product Integrity Concerns in Low-cost Sourcing Countries: Counterfeiting within the Construction Industry | |
| Productivity Measurement: An Introduction | |
| Project Control for Engineering | |
| Project Management Skills of the Future | |
| Project Plates. Non-Reversible Chain. | |
| Project Site Leadership Role in Improving Construction Safety | |
| Projects and Competition of the Future | |
| Protection criteria for arrival time difference receivers operating in the meteorological aids service in the frequency band 9-11.3 kHz | |
| Protection of space research service space-to-Earth links in the 8 400-8 450 MHz and 8 450-8 500 MHz bands from unwanted emissions of synthetic aperture radars operating in the Earth... | |
| Protection of the radio astronomy service in the frequency band 10.6-10.7 GHz from unwanted emissions of synthetic aperture radars operating in the Earth exploration-satellit e service (active) around 9 600... | |
| Protection of the radio astronomy service in the frequency band 10.6-10.7 GHz from unwanted emissions of synthetic aperture radars operating in the Earth explorationsatellite service (active) around 9 600 MHz... | |
| Pulse Transformers for Radar Equipment | |
| Quantifying the Cumulative Impact of Change Orders for Electrical and Mechanical Contractors | |
| Quantitative Effects of Project Change | |
| Quantitative Measurement of Project Manager Competencies | |
| Racks, Panels, and Associated Equipment | |
| Radio Frequency Identification Tagging | |
| Real-time Pro-active Safety in Construction | |
| Recommendations for the Identification & Packaging of Rubber Components | |
| Recommended Colour Code for the Identification of Rubbers in Aircraft | |
| RECOMMENDED PRACTICE FOR THE MEASUREMENT OF X-RADIATION FROM DIRECT-VIEW RELEVISION PICTURE TUBES | |
| Recommended Storage Life for Rubber & Rubber Components | |
| Recommended Storage Procedure for Rubber & Rubber Components | |
| Recruiting and Retaining Future Engineering and Construction Leaders | |
| Reel Packaging of Resistors | |
| Reference antenna pattern for passive sensors operating in the Earth exploration-satellit e service (passive) to be used in compatibility analyses in the frequency range 1.4-100 GHz | |
| Reference antenna pattern for passive sensors operating in the Earth exploration-satellit e service (passive) to be used in compatibility analyses in the frequency range 1.4-450 GHz | |
| Reference antenna pattern for passive sensors operating in the Earth explorationsatellite service (passive) to be used in compatibility analyses in the frequency range 1.4-100 GHz | |
| Reimbursable Contracts | |
| Relation of Sprocket to Guard. Non-Reversible Chain. | |
| Ring Nuts | |
| Risk Assessment on International Projects: A Management Approach | |
| Safety Performance through Operational Excellence \x96 Phase I | |
| Safety Performance through Operational Excellence, Phase II | |
| Safety Plus: Making Zero Accidents A Reality | |
| Schedule Reduction | |
| Scope Definition and Control | |
| SHARING BETWEEN SPACEBORNE PASSIVE SENSORS AND THE INTER-SATELLITE SERVICE OPERATING NEAR 118 AND 183 GHz | |
| Sharing between the Earth exploration-satellit e (passive) and airborne altimeters in the aeronautical radionavigation service in the band 4 200-4 400 MHz | |
| Sharing in the band 5 250-5 350 MHz between the Earth exploration-satellit e service (active) and wireless access systems (including radio local area networks) in the mobile service | |
| Simulated Shipping Tests for Consumer Electronic Products and Electronic Components | |
| Sleeve for increasing 5/16\x94 O/D Pipe to 3/8\x94 O/D | |
| Small Contact Standard for Electrical Connectors | |
| Small Project Execution | |
| Specifying Signal Quality for Transmitting and Receiving Data Processing Terminal Equipments Using Serial Data Transmission at the Interface with Non-Synchronous Data Communication Equipment | |
| Square Flange & Drive / Square Pad & Drive, 1.437 P.C. DIA | |
| Square Flange & Drive / Square Pad & Drive, 2.000 P.C. DIA | |
| Square Flange & Drive / Square Pad & Drive, 2.625 P.C. DIA | |
| Square Flange & Drive / Square Pad & Drive, 3.125 P.C. DIA | |
| Square Flange & Drive / Square Pad & Drive, 3.812 P.C. DIA | |
| Square Flange & Drive / Square Pad & Drive, 3.812\x94 P.C.D. x .375 | |
| Square Flange & Drive / Square Pad & Drive, 4.312 P.C. DIA | |
| Standard 5\xbd / 7\xbd Counter Rotating Propeller Shafts & Engine Nose | |
| Standard Airman | |
| Standard Capacity Ratings for Hydraulic Components | |
| Standard Diameters of Jack Piston Rods | |
| Standard Diameters of Shock Absorbers and Jack Cylinders | |
| Standard Diameters | |
| Standard Dimensions for Manhole Flanges for Aircraft Tanks | |
| Standard Jack and Shock Absorber Data | |
| Standard Layout Blank | |
| Standard Layout Tables | |
| Standard Method of Test for Effective Series Resistance (ESR) and Capacitance of Multilayer Ceramic Capacitors at High Frequencies | |
| Standard No. 2 Propeller Shaft and Engine Nose | |
| Standard No. 3 Propeller Shaft & Engine Nose | |
| Standard No. 4 Propeller Shaft and Engine Nose | |
| Standard No. 4/6 Counter Rotating Propeller Shafts (Integral Bearing Race) & Engine Nose | |
| Standard No. 4/6 Counter Rotating Propeller Shafts (Separate Bearing Race) & Engine Nose | |
| Standard No. 5 Propeller Shaft and Engine Nose | |
| Standard No. 5/7 Counter Rotating Propeller Shafts & Engine Nose | |
| Standard No. 6 Propeller Shaft and Engine Nose | |
| Standard No.1 Propeller Shaft | |
| Standard No.6 Propeller Shaft & Engine Nose (with Unified Screw Threads & Four-Line Oil System) | |
| Standard Rolled Top-Hat Section (Lipped) 16 Gauge | |
| Standard Rolled Top-Hat Section (Lipped) 18 Gauge | |
| Standard Rolled Top-Hat Section (Lipped) 20 Gauge | |
| Standard Test Method for Destructive Physical Analysis of High Reliability Ceramic Monolithic Capacitors | |
| Standard Test Methods for Electromechanical Switches (Test Methods for Logic (TTL) Level Endurance and Low Level Endurance) | |
| Standard Test Methods for Electromechanical Switches | |
| Standard Test Procedures for Fiber Optic Fibers, Cables, Transducers, Connecting and Terminating Devices | |
| Standard Threads | |
| Standards for Silicon Rectifier Diodes and Stacks | |
| Starting from Scratch: A New Project Delivery Paradigm | |
| Std. No.1 Propeller Shaft (with Unified Screw Threads) | |
| Std. No.2 Propeller Shaft & Engine Nose (with Unified Screw Threads) | |
| Std. No.3 Propeller Shaft & Engine Nose (with Unified Screw Threads) | |
| Std. No.4 Propeller Shaft & Engine Nose (with Unified Screw Threads) | |
| Std. No.5 Propeller Shaft & Engine Nose (with Unified Screw Threads) | |
| Std. No.6 Propeller Shaft & Engine Nose (with Unified Screw Threads) | |
| Strategies for Improving Hazard Recognition | |
| Structural Standards for Steel Antenna Towers and Antenna Supporting Structures | |
| Structural Standards for Steel Transmitting and Antennas, Supporting Steel Structures | |
| Successful Delivery of Flash Track Projects | |
| Successful Delivery of Mega-Projects | |
| Successfully Planning for Project Manager Succession | |
| Summary of Standard Industry-wide Quality Metrics | |
| Supercharger Mounting Flange / Supercharger Pad & Drive 2.4404\x94 (62M.M.) CTS | |
| Supercharger Mounting Flange / Supercharger Pad & Drive 3.307\x94 (84M.M.) CTS | |
| Supercharger Mounting Flange / Supercharger Pad & Drive 4.500\x94 CTS | |
| Supercharger Mounting Flange / Supercharger Pad & Drive 6.000\x94 CTS | |
| Support for the Implementation Champion: The Experience Reference Index | |
| Sustainability during Construction: Process and Actions | |
| Sustainable Design and Construction in Industrial Construction | |
| Table of Accessory Flanges | |
| Tapped Holes for Wire Thread Inserts , (B.A., B.S.F., B.S.W. Threads) - Unplated, Cadmium Plated | |
| Tapped Holes for Wire Thread Inserts, (B.S.P.F. Threads), Unplated, Cadmium plated | |
| Tapped Holes for Wire Thread Inserts, (Unified Threads), Unplated, Cadmium plated | |
| Targeted Safety Programs | |
| Team Building: Improving Project Performance | |
| Technical and operational characteristics for passive sensors in the Earth exploration-satellit e (passive) service to facilitate sharing of the 10.6-10.68 GHz and 36-37 GHz bands with the fixed and mobile... | |
| Technical and operational characteristics of Earth exploration-satellit e service (EESS) systems operating above 3 000 GHz | |
| Technical and operational characteristics of ground-based meteorological aids systems operating in the frequency range 272-750 THz | |
| Techniques for Radical Reduction in Project Cycle Time | |
| Tee Extrusions | |
| Terminating and Signaling Equipment for Microwave Communication Systems Part I: Telephone Equipment | |
| The Field Rework Index: Early Warning for Field Rework and Cost Growth | |
| The Impact of Changes on Construction Cost and Schedule | |
| The Implementation Planning Model: An Overview | |
| The Owner\x92s Role in Project Success | |
| The Owners' Role in Construction Safety | |
| The Role of Executive Support in Implementation Champion Success | |
| The Shortage of Skilled Craft Workers in the U.S. | |
| The True Impacts of Late Deliverables at the Construction Site | |
| Time Division Multiplex Equipment Standard for Nominal 4 kHz Channel Bandwidths | |
| TP-31A Humidity Test Procedure for Electrical Connectors | |
| Trade-Off between Cost and Schedule | |
| Transferring Experiential Knowledge from the Near-retirement Generation to the Next Generation | |
| Transforming Modular Construction for the Competitive Advantage through the Adaptation of Shipbuilding Production Processes to Construction | |
| Triangular Flange and Drive 3.450\x94 P.C.D. x .375\x94 | |
| TYPE DESIGNATION SYSTEM FOR MICROELECTRONIC DEVICES | |
| Typical Assembly showing Incorrect & Correct Method. Non-Reversible Chain | |
| Typical technical and operating characteristics and frequency bands used by space research service (passive) planetary observation systems | |
| Typical technical and operating characteristics for spaceborne radar sounder systems using the 40-50 MHz band | |
| Typical technical and operational characteristics of Earth exploration-satellit e service (active) systems using allocations between 40 MHz and 238 GHz | |
| Typical technical and operational characteristics of Earth exploration-satellit e service (active) systems using allocations between 432 MHz and 238 GHz | |
| Typical technical and operational characteristics of Earth exploration-satellit e service (passive) systems using allocations between 1.4 and 275 GHz | |
| U.N.C. Thread Insert - Wire Section | |
| U.N.F. Thread - Wire Section | |
| Use of remote sensing systems for data collection to be used in the event of natural disasters and similar emergencies | |
| Use of remote sensing systems for data collections to be used in the event of natural disasters and similar emergencies | |
| Use of remote sensing systems in the study of climate change and the effects thereof | |
| Use of the band 1 668.4-1 710 MHz by the meteorological aids service and meteorological-satel lite service (space-to-Earth) | |
| Using Near Miss Reporting to Enhance Safety Performance | |
| Wing Spreading and Folding Control Lever | |
| Wireless Communication and Computing at the Construction Jobsite | |
| Wirewound Variable Resistors | |
| Work Force View of Construction Productivity | |
| Wound Cut Cores | |
| ZERO INJURY TECHNIQUES |
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