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AGMA 93FTMS1 - SPUR GEAR BENDING STRENGTH GEOMETRY FACTORS: A COMPARISON OF AGMA AND ISO METHODS Organization: AGMA
Date: 1993-10-01
Description: Gives the results of using computer software to compare the behavior of the bending geometry factor (J-factor) values for 135 spur-gear meshes. Shows that differences exist between the results given by ISO and AGMA standards, both in the geometry factor values and the effects of profile shift (which is of particular interest).
BSI - BS 5246 - SPECIFICATION FOR PINION TYPE CUTTERS FOR SPUR GEARS - 1 TO 8 METRIC MODULE - AMD 2100: SEPTEMBER 1976 Organization: BSI
Date: 1976-02-27
Description: Dimensions and accuracy requirements for cutters for generating involute spur gear teeth. Two tolerance grades. Covers disc, extended and screwed hub, parallel, large and No. 2 Morse stub shank types.
WILEY - GEARS AND GEAR DRIVES - GEARS AND GEAR DRIVES Organization: WILEY
Date: 2012-01-01
Description: Gears and Gear Drives provides the reader with comprehensive coverage of gears and gear drives. Spur, helical, bevel, worm and planetary gears are all covered, with consideration given to their classification, geometry, kinematics, accuracy control, load capacity and manufacturing.
AGMA ISO 6336-6 - CALCULATION OF LOAD CAPACITY OF SPUR AND HELICAL GEARS - PART 6: CALCULATION OF SERVICE LIFE UNDER VARIABLE LOAD Organization: AGMA
Date: 2008-05-20
Description: While the method is presented in the context of ISO 6336 and calculation of the load capacity of spur and helical gears, it is equally applicable to other types of gear stress.
AGMA ISO 23509 - BEVEL AND HYPOID GEAR GEOMETRY Organization: AGMA
Date: 2008-05-20
Description: While the method is presented in the context of ISO 6336 and the calculation of load capacity for spur and helical gears, it is equally applicable to other types of stress.
AGMA 912 - MECHANISMS OF GEAR TOOTH FAILURES Organization: AGMA
Date: 2004-10-23
Description: The information presented in this document applies to spur and helical gears. However, with some exceptions the information also applies to bevel, worm and hypoid gears.
DELPHI-I - DELPHI DX500083 - BASIC RACKS OF METRIC INVOLUTE GEARS Organization: DELPHI-I
Date: 1999-12-01
Description: SCOPE This standard documents the metric involute gear standard basic rack tooth profile for 20, 22.5 and 25 degree pressure angles which are applicable to spur and helical cylindrical gears, worm gears, straight and spiral bevel gears and hypoid gears.
AGMA 04FTM5 - INVESTIGATIONS ON THE MICROPITTING LOAD CAPACITY OF CASE CARBURIZED GEARS Organization: AGMA
Date: 2004-10-01
Description: For this purpose an extensive test program on spur and helical gears of different sizes and different gear geometry has been carried out.
ISO - ISO TS 10303-5001 - INDUSTRIAL AUTOMATION SYSTEMS AND INTEGRATION — PRODUCT DATA REPRESENTATION AND EXCHANGE — PART 5001: GUIDANCE ON THE USAGE OF ISO 10303-214 FOR GEAR UNITS - FIRST EDITION Organization: ISO
Date: 2010-11-15
Description: The following are within the scope of this part of ISO 10303: — parts related to gear units: — baseplate; — basic material; — belt; — bevel gear; — brake; — chain; — clutch; — coupling; — crossed helical gear; — fit of key assembly — fitting key; — helical gear; — housing; — hypoid gear; — interference fit assembly; — lubricant; — pinion shaft; — plain bearing; — planetary gear train; — rolling element bearing; — sealing; — shaft; — spur gear; — tool; — user defined machine element; — wheel; — worm and worm wheel; — basic materials used to produce those parts; — lubricants for gear units; — tools used for the manufacturing of gear units; — gear technology properties that can be assigned to parts, assemblies, tools, lubricants and basic materials: — deformations, shift and bending; — dynamic; — efficiency loss; — environment; — forces and moments; — geometry, topology and geometry dependent data; — hardness; — life time; — load capacity data (wear, pitting, breakage, scuffing); — manufacturing data; — mesh data; — operating data; — power, rotation and speed; — pressure and stress; — safety; — service data; — sliding and wear; — stiffness, suspension; — surface texture; — temperature data.
AGMA 16FTM14 - IMPACT OF SURFACE CONDITION AND LUBRICANT ON EFFECTIVE GEAR TOOTH FRICTION COEFFICIENT Organization: AGMA
Date: 2016-09-01
Description: The gears evaluated in this study are 6.25-mm face width, 21-tooth, 4.233-module, 20-degree pressure angle spur gears. Gears were fabricated from AMS 6308 steel, gas carburized, and oil quenched, resulting in a surface hardness of 60–64 on the Rockwell C scale.
AGMA 11FTM09 - STANDARDIZATION OF LOAD DISTRIBUTION EVALUATION: UNIFORM DEFINITION OF KHΒ FOR HELICAL GEARS Organization: AGMA
Date: 2011-10-01
Description: In the testing phase this factor is experimentally determined by strain measurements of tooth fillets in order to verify the load distribution calculations and the suitability of the used modifications. For spur gears with no helix angle the interpretation of the measurements to a face load factor is intuitively easy.
DS/ISO 6336-5 - CALCULATION OF LOAD CAPACITY OF SPUR AND HELICAL GEARS – PART 5: STRENGTH AND QUALITY OF MATERIALS Organization: DS
Date: 2016-09-01
Description: They are applicable to the calculation procedures given in ISO 10300 for rating the load capacity of bevel gears. ISO 6336-5:2016 is applicable to all gearing, basic rack profiles, profile dimensions, design, etc., covered by those standards.
DSF/ISO/DIS 6336-5 - CALCULATION OF LOAD CAPACITY OF SPUR AND HELICAL GEARS-- PART 5: STRENGTH AND QUALITY OF MATERIALS Organization: DS
Description: They are applicable to the calculation procedures given in ISO 10300 for rating the load capacity of bevel gears. This part of ISO 6336 is applicable to all gearing, basic rack profiles, profile dimensions, design, etc., covered by those standards.
ISO - ISO 6336-5 - CALCULATION OF LOAD CAPACITY OF SPUR AND HELICAL GEARS - PART 5: STRENGTH AND QUALITY OF MATERIALS - THIRD EDITION Organization: ISO
Date: 2016-08-15
Description: Values in accordance with this document are suitable for use with the calculation procedures provided in ISO 6336-2, ISO 6336-3 and ISO 6336-6 and in the application standards for industrial, high-speed and marine gears. They are applicable to the calculation procedures given in ISO 10300 for rating the load capacity of bevel gears.
DS/ISO/TR 15144-1 - CALCULATION OF MICROPITTING LOAD CAPACITY OF CYLINDRICAL SPUR AND HELICAL GEARS - PART 1: INTRODUCTION AND BASIC PRINCIPLES Organization: DS
Date: 2011-01-25
Description: The formulae specified are applicable for driving as well as for driven cylindrical gears with tooth profiles in accordance with the basic rack specified in ISO 53. They are also applicable for teeth conjugate to other basic racks where the actual transverse contact ratio is less than åán = 2,5.
ISO - ISO TR 15144-1 - CALCULATION OF MICROPITTING LOAD CAPACITY OF CYLINDRICAL SPUR AND HELICAL GEARS - PART 1: INTRODUCTION AND BASIC PRINCIPLES - SECOND EDITION Organization: ISO
Date: 2014-09-01
Description: The formulae specified are applicable for driving as well as for driven cylindrical gears with tooth profiles in accordance with the basic rack specified in ISO 53. They are also applicable for teeth conjugate to other basic racks where the virtual contact ratio is less than εαn = 2,5.
AGMA 10FTM10 - EVALUATION OF METHODS FOR CALCULATING EFFECTS OF TIP RELIEF ON TRANSMISSION ERROR, NOISE AND STRESS IN LOADED SPUR GEARS Organization: AGMA
Date: 2010-10-01
Description: The calculations can allow the designer to minimize the excitation from the gear pair engagement at a specific load. This paper explains the theory behind transmission error and the reasoning behind themethod of applying themodifications through mapping the surface profiles and deducing the load sharing.
DS/ISO/TR 15144-2 - CALCULATION OF MICRO-PITTING LOAD CAPACITY OF CYLINDRICAL SPUR AND HELICAL GEARS - PART 2: EXAMPLES OF CALCULATION FOR MICROPITTING Organization: DS
Date: 2014-10-28
Description: ISO/TR 15144-2:2014 gives example calculations presented for guidance on the application of ISO/TR 15144-1 only.
ISO - ISO TR 15144-2 - CALCULATION OF MICROPITTING LOAD CAPACITY OF CYLINDRICAL SPUR AND HELICAL GEARS - PART 2: EXAMPLES OF CALCULATION FOR MICROPITTING - FIRST EDITION; CORRECTED VERSION 01/15/2015 Organization: ISO
Date: 2014-10-01
Description: The example calculations presented here are provided for guidance on the application of the technical report ISO/TR 15144-1 only. Any of the values or the data presented should not be used as material or lubricant allowables or as recommendations for micro-geometry in real applications when applying this procedure.
AGMA 11FTM12 - THE APPLICATION OF THE FIRST INTERNATIONAL CALCULATION METHOD FOR MICROPITTING Organization: AGMA
Date: 2011-10-01
Description: Method B is much simpler; the load distribution is defined for different cases as spur or helical gears, with and without profile modifications.

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