PHYSICS-APPLICATION TRANSMISSIONS
Women Graduates are trained with basics in Industry application from basic science Mathematics, Physics, Chemistry
Training in application Software by Industry Professional, to train others with preparation as TRAINER to empower.
Empowering areas are ACADEMIC SERVICE-ENTREPRENEURSHIP-DESIGN SERVICE-INDUSTRIES-SOCIAL ENGINEERING
AIM of this training is to get employment directly or indirectly from Industries, Government organization either state or central bodies. Also to develop or support rural industries & other application industries either as induvial or self group
APM TRANS for calculation and design of mechanical gears of rotation
APM TRANS for calculation and design of mechanical gears of rotation
Functionality of APM Trans
The APM Trans module is designed to perform design and verification calculations for the most common types of gears in order to select the best design options.
This is provided:
- the presence of functions for specifying an arbitrary type of loading or selecting a typical loading from the database;
using customized databases of materials, tolerances, parameters of the original contour and other standard parameters when setting the initial data and during the calculation;- the ability to configure the APM Trans module to the required standards;
- generating reports in RTF format;
- the ability to save text information of the calculation results to RTF, INI, XLS files, and graphic information to AGR files (the format of the APM Graph graphic editor included in the APM WinMachine system ), DXF and SolidEdge (.par).
Functionality of APM Trans
The APM Trans module is designed to perform design and verification calculations for the most common types of gears in order to select the best design options.
This is provided:
- the presence of functions for specifying an arbitrary type of loading or selecting a typical loading from the database;
using customized databases of materials, tolerances, parameters of the original contour and other standard parameters when setting the initial data and during the calculation;
- the ability to configure the APM Trans module to the required standards;
- generating reports in RTF format;
- the ability to save text information of the calculation results to RTF, INI, XLS files, and graphic information to AGR files (the format of the APM Graph graphic editor included in the APM WinMachine system ), DXF and SolidEdge (.par).
Involute gears:
- cylindrical with a straight tooth of external and internal gearing;
- cylindrical with an oblique tooth (external gearing and chevron);
- conical orthogonal with a straight tooth (equidisplaced and not equidisplaced);
- plastic cylindrical with a straight tooth (external and internal gearing);
- conical with circular teeth for three known shapes;
- worm: with Archimedean, involute and convolute worm; with a worm formed by a torus and cone surface, etc.
Involute gears:
- cylindrical with a straight tooth of external and internal gearing;
- cylindrical with an oblique tooth (external gearing and chevron);
- conical orthogonal with a straight tooth (equidisplaced and not equidisplaced);
- plastic cylindrical with a straight tooth (external and internal gearing);
- conical with circular teeth for three known shapes;
- worm: with Archimedean, involute and convolute worm; with a worm formed by a torus and cone surface, etc.
Transfers by flexible connection:
- belt: with a flat belt, with V-belts and V-ribbed belts, with a toothed belt;
- chain of various types and modifications.
Transfers by flexible connection:
- belt: with a flat belt, with V-belts and V-ribbed belts, with a toothed belt;
- chain of various types and modifications.
Tasks to be solved
As a result of the calculation of gears by engagement for an arbitrarily given initial contour, one can obtain:
- geometric dimensions of the transmission for given loads and durability;
- all necessary geometric transmission parameters;
- engagement forces;
- values of effective contact stresses and bending stresses;
- values of allowable fatigue contact stresses and bending stresses;
- control parameters for all known transmission options;
- engagement quality parameters;
- tolerances of the main linear dimensions of the gearing and transmission parts as a whole;
- the value and tolerance of the side clearance and other accuracy parameters;
- run-in involute tooth shape to control sharpening/undercutting;
- simulation of the wheel engagement process to check the absence of interference;
- automatically generated drawings of engagement details.
The result of the calculation of transfers by flexible connection are:
- geometric dimensions of pulleys and sprockets;
- loads operating in the operating mode of transmission;
- automatically generated drawings of pulleys and sprockets.
Tasks to be solved
As a result of the calculation of gears by engagement for an arbitrarily given initial contour, one can obtain:
- geometric dimensions of the transmission for given loads and durability;
- all necessary geometric transmission parameters;
- engagement forces;
- values of effective contact stresses and bending stresses;
- values of allowable fatigue contact stresses and bending stresses;
- control parameters for all known transmission options;
- engagement quality parameters;
- tolerances of the main linear dimensions of the gearing and transmission parts as a whole;
- the value and tolerance of the side clearance and other accuracy parameters;
- run-in involute tooth shape to control sharpening/undercutting;
- simulation of the wheel engagement process to check the absence of interference;
- automatically generated drawings of engagement details.
The result of the calculation of transfers by flexible connection are:
- geometric dimensions of pulleys and sprockets;
- loads operating in the operating mode of transmission;
- automatically generated drawings of pulleys and sprockets.
To solve the problem of designing mechanical rotation transmissions in full, in addition to the APM Trans module, it is recommended to use:
APM Graph - a flat drawing and graphic editor with a tool for calculating dimensional chains;
APM Base - a module for creating and editing databases;
APM MechanicalData - a database of standard parts and assemblies, reference data on general mechanical engineering;
APM MaterialData - database of material parameters