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AGMA 12FTM12 - Manufacturing Method of Pinion Member of Large-Sized Skew Bevel Gears Using Multi-Axis Control and Multi-Tasking Machine Tool
October 1, 2012 - AGMA

In this paper, amanufacturingmethod of the pinionmember of large-sized skew bevel gears using amulti-axis control and multi-tasking machine tool respecting an existing gear member is proposed. First, the tooth surface forms of skew bevel gears are modeled. Next, the real tooth...

JIS D 5204 - ROAD VEHICLES - DIMENSIONS OF STARTER PINIONS AND RING GEARS
JSA
A description is not available for this item.
BS 978-5 - Specification for Fine pitch gears - Part 5: Hobs and Cutters
November 22, 1965 - BSI

Form, dimensions, accuracy of ranges of gear hobs, rotary form-relieved gear cutters, pinion type gear cutters for fine pitch gears to BS 978:Parts 1 and 2.

AGMA 916 - Face Gears with Intersecting Perpendicular Axes
June 10, 2019 - AGMA

This document describes design calculations for spur pinions and face gears that intersect with perpendicular axes. Face gears can also be designed in non-right-angled arrangements, helical arrangements or offset axis configurations. These methods go beyond the scope of this...

AGMA 248.01 - RECOMMENDED PROCEDURE FOR INDUCTION HARDENED GEARS AND PINIONS
AGMA
A description is not available for this item.
AGMA 05FTM16 - CH47D Engine Transmission Input Pinion Seeded Fault Test
October 1, 2005 - AGMA

This paper summarizes an Engine Transmission Input Pinion Seeded Fault Test that was accomplished as a portion of the validation process for the Boeing Rotorcraft Transmission Vibration Diagnostic System (TVDS) Analyzer. The test specimen was a high speed CH47D (Chinook) engine transmission...

AGMA 109.37 - EVOLOID A NEW CONCEPT IN HIGH RATIO GEARING
October 1, 1975 - AGMA

Introduction The general concept and theory of Evo10id gearing is described by patents which are filed in most of the major industrial countries of the world. This technology describes the use of parallel axis pinions with small numbers of teeth meshing with specially designed helical...

AGMA 92FTM7 - Difference in the Local Stress of the Gear Tooth Root Based On Hobbing Cutters and Pinion Cutters
October 1, 1992 - AGMA

Proposes that use of a pinion-shaped cutter, instead of a hob, causes differences in tooth root geometry. Asserts that these differences lead to different stress concentrations in the tooth root. Uses the Singularity Method for both types of product to calculate, exactly, tooth root stresses...

AGMA 10FTM03 - A Novel Approach to the Refurbishment of Wind Turbine Gears
October 1, 2010 - AGMA

Multi-megawatt wind turbine gearboxes operate under demanding environmental conditions including considerable variation in temperature, wind speed, and air quality. It is not uncommon for gearboxes rated for a maintenance free 20-year lifespan to fail after only a few years. These gearboxes...

AGMA 93FTM5 - Optimal Gear Design for Equal Strength Teeth Using Addendum Modification Coefficients
October 1, 1993 - AGMA

Defines the addendum modification coefficient (shift factor) and explains it in terms of gear design terminology. Shows the derivation of two types of helical gear design equations, one with the true generating shift factor, and the other with an addendum modification factor. Reviews...

ISO 13691 - Petroleum and Natural Gas Industries - High-Speed Special-Purpose Gear Units
December 15, 2001 - ISO

This International Standard specifies the minimum requirements for enclosed, precision, single and double helical, one- and two-stage speed increasers and reducers of parallel shaft design with pinion speeds of 3000 min−1 or greater, or pitch line velocities of 25 m/s or greater, for special...

AGMA 2000FTM9 - Cylindrical and Bevel Gear Inspection - a Simple Task Using Dedicated CNC - Controlled Gear Inspection Machines
October 1, 2000 - AGMA

This paper will discuss the design, function, software management and probe systems of the inspection machines. Analytical tooth contact analysis of a cylindrical gear set by means of the combined effects of gear and pinion is shown on the basis of individual profile and...

AGMA 6114 - Gear Power Rating for Cylindrical Shell and Trunnion Supported Equipment (Metric Edition)
October 21, 2015 - AGMA

Applicability This standard provides a method to determine the power rating of gear sets with spur and helical conventional pinions and spur self-aligning pinions for cylindrical grinding mills, kilns, coolers, and dryers. The formulas are applicable to steel, ductile iron...

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