Method of Calculation and Design of Small-Sized Cylindrical Kinematic Gears Made of Pol-ymer Composite Materials
Annotation
A methodology for calculating and designing small-sized cylindrical kinematic gears made of mainly structural polymer-composite materials is proposed. The technique consists of four main successive stages, in which the basic calculation formulas are presented. The features of the use of composite materials for gears are determined. Recommendations are given on improving the gear transmission parameters based on the experience of cone-wedge ring gears employment.
Keywords
Постоянный URL
Articles in current issue
- Errors in Ternary Code Vectors, Their Classification and Detection Using Noise-Resistant Coding
- Formation of Ternary Sequences with High Structural Secrecy in Digital Information Trans-fer Systems
- Power Converter with Active Suppression of Higher Harmonics for Aircraft Power Supply Systems
- Synthesis and Analysis of Interference Coating Structures for an Augmented Reality System Based on a Lightguide Combiner
- Method of Calculation and Design of Small-Sized Cylindrical Kinematic Gears Made of Pol-ymer Composite Materials
- Dynamics Analysis of the Membrane Elastic Element with Attached Concentrated Mass
- Tests of Multi-Chip IGBT-Modules for Resistance to Cyclic Power Current
- Investigation of Surface Pro¬perties of Alloys Using Indentation Instruments
- Algorithm of Structural-Parametric Synthesis of Adaptive Gripper Mechanisms with Varia-ble-Length Links
- Optimization of the Structure and Properties of the Al-Cu-Mg System Aluminum Alloy
- Automated Complex for Dynamic Positioning of a Person in a Gravitational Field