International audienceThis paper describes a model for analyzing external and internal helical gears. The finite prism method is used to study the elastic behavior of the structure. Contact deformations are also included in the model. Load sharing, pressure distribution, meshing stiffness and three-dimensional tooth fillet stresses are calculated at each instant. An experimental validation of the numerical model is also presented
Gear meshing is a complicated process, and is subjected to the simulation process in the following p...
Gears are mechanical components that transmit torque and rotational motion from one machine part to ...
A method to determine the dynamic load between two rotating elastic helical gears is presented. The ...
An adaptive model of three dimensional finite element approaches has been developed to perform stati...
Abstract: Spur and helical gears can be used to transmit very large power between two parallel shaft...
Gears are one of the most critical components in mechanical power transmission systems. The bending ...
The gears mostly fail due tobending and surface stresses on gear tooth. This paper investigates the ...
The gears mostly fail due tobending and surface stresses on gear tooth. This paper investigates the ...
A method for solving the contact problem for generic helical gear pairs (either external or inter- n...
On this study helical riggings can be utilized to transmit wide vitality between two parallel shafts...
A method for solving the contact problem for generic helical gear pairs (either external or inter- n...
A method for carrying out the Loaded Tooth Contact Analysis (LTCA) of helical gear pairs is describe...
A method for carrying out the Loaded Tooth Contact Analysis (LTCA) of helical gear pairs is describe...
AbstractIn the face of extensive research into the theoretical basis and performance characteristics...
Gear meshing is a complicated process, and is subjected to the simulation process in the following p...
Gear meshing is a complicated process, and is subjected to the simulation process in the following p...
Gears are mechanical components that transmit torque and rotational motion from one machine part to ...
A method to determine the dynamic load between two rotating elastic helical gears is presented. The ...
An adaptive model of three dimensional finite element approaches has been developed to perform stati...
Abstract: Spur and helical gears can be used to transmit very large power between two parallel shaft...
Gears are one of the most critical components in mechanical power transmission systems. The bending ...
The gears mostly fail due tobending and surface stresses on gear tooth. This paper investigates the ...
The gears mostly fail due tobending and surface stresses on gear tooth. This paper investigates the ...
A method for solving the contact problem for generic helical gear pairs (either external or inter- n...
On this study helical riggings can be utilized to transmit wide vitality between two parallel shafts...
A method for solving the contact problem for generic helical gear pairs (either external or inter- n...
A method for carrying out the Loaded Tooth Contact Analysis (LTCA) of helical gear pairs is describe...
A method for carrying out the Loaded Tooth Contact Analysis (LTCA) of helical gear pairs is describe...
AbstractIn the face of extensive research into the theoretical basis and performance characteristics...
Gear meshing is a complicated process, and is subjected to the simulation process in the following p...
Gear meshing is a complicated process, and is subjected to the simulation process in the following p...
Gears are mechanical components that transmit torque and rotational motion from one machine part to ...
A method to determine the dynamic load between two rotating elastic helical gears is presented. The ...