PHYSICS-​APPLICATION BEARING PLAIN
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 PLAIN BEARING
Plain bearing types
APM Plain allows you to calculate bearings of the following types:
- radial, operating in the mode of liquid friction;
- radial, operating in the semi-fluid friction mode;
- thrust bearings (thrust bearings) operating in the liquid friction mode.
Plain bearing types
APM Plain allows you to calculate bearings of the following types:
- radial, operating in the mode of liquid friction;
- radial, operating in the semi-fluid friction mode;
- thrust bearings (thrust bearings) operating in the liquid friction mode.
Features of APM Plain
Using the APM Plain module, you can find:
- distribution of radial and axial clearances;
- optimal gap value;
- parameters of the lubrication system (lubricating film thickness, maximum and average oil temperature, oil consumption);
- actual coefficient of friction and friction losses;
- construction parameters.
Features of APM Plain
Using the APM Plain module, you can find:
- distribution of radial and axial clearances;
- optimal gap value;
- parameters of the lubrication system (lubricating film thickness, maximum and average oil temperature, oil consumption);
- actual coefficient of friction and friction losses;
- construction parameters.
Criteria and calculation methods
The criterion for calculating fluid friction bearings is the condition under which the thickness of the gap between the surfaces in relative motion is not less than a certain specified allowable value.
For semi-fluid friction bearings, a similar criterion is formulated as a requirement in relation to the operating temperature of the bearing: it must be less than allowed for a given type of oil.
Liquid friction bearings are calculated by solving the Reynolds equation and the equilibrium equation. In this case, the fluid flow in the gap is considered to be laminar.
The method for calculating a bearing operating under conditions of semi-fluid friction is based on the study of the process of heat release during friction and the solution of heat transfer equations.
Criteria and calculation methods
The criterion for calculating fluid friction bearings is the condition under which the thickness of the gap between the surfaces in relative motion is not less than a certain specified allowable value.
For semi-fluid friction bearings, a similar criterion is formulated as a requirement in relation to the operating temperature of the bearing: it must be less than allowed for a given type of oil.
Liquid friction bearings are calculated by solving the Reynolds equation and the equilibrium equation. In this case, the fluid flow in the gap is considered to be laminar.
The method for calculating a bearing operating under conditions of semi-fluid friction is based on the study of the process of heat release during friction and the solution of heat transfer equations.