AbstractThe main goal of the current study is to propose a model for determining the cutting forces taking into account the complex kinematics of the hobbing process. This model is based on one hand on the CAD geometrical simulations of undeformed chip generated by hobbing process and on the other hand on a mechanistic model. In this mechanistic approach, the specific force coefficients have been obtained from a 2D numerical model. As a result of this investigation, the evolution of cutting forces was used to analyze the effect of the cutting parameters on the machinability of the machined material
Summarization: Gear hobbing is an efficient method to manufacture high quality and performance tooth...
Summarization: Gear hobbing, as any cutting process based on the rolling principle, is a signally mu...
Summarization: Targeting an accurate and realistic simulation of the gear hobbing process, we presen...
International audienceThe main goal of the current study is to propose a model for determining the c...
AbstractThe main goal of the current study is to propose a model for determining the cutting forces ...
PhD ThesisThe work reported in this thesis has been developed to predict and measure the cutting fo...
International audienceThis paper proposes a new approach to simulate 3D cutting force components gen...
International audienceThe common external cylindrical gears are manufactured by gear hobbing process...
National audienceThis study introduces a global approach for the modeling of the cutting forces gene...
International audienceThe current research work aims at developing an analytical modelling of the ge...
Summarization: Gear hobbing is a common method of manufacturing high precision involute gears. The t...
AbstractCurrent processes for producing transmission gears involve hobbing, milling or shaping of a ...
Simulation studies of the hobbing process kinematics can effectively improve the accuracy of the mac...
AbstractGear Hobbing is one of the most productive manufacturing processes for pre-machining cylindr...
Results of complex mathematical and computer simulation of gear hobbing are given. A systematic appr...
Summarization: Gear hobbing is an efficient method to manufacture high quality and performance tooth...
Summarization: Gear hobbing, as any cutting process based on the rolling principle, is a signally mu...
Summarization: Targeting an accurate and realistic simulation of the gear hobbing process, we presen...
International audienceThe main goal of the current study is to propose a model for determining the c...
AbstractThe main goal of the current study is to propose a model for determining the cutting forces ...
PhD ThesisThe work reported in this thesis has been developed to predict and measure the cutting fo...
International audienceThis paper proposes a new approach to simulate 3D cutting force components gen...
International audienceThe common external cylindrical gears are manufactured by gear hobbing process...
National audienceThis study introduces a global approach for the modeling of the cutting forces gene...
International audienceThe current research work aims at developing an analytical modelling of the ge...
Summarization: Gear hobbing is a common method of manufacturing high precision involute gears. The t...
AbstractCurrent processes for producing transmission gears involve hobbing, milling or shaping of a ...
Simulation studies of the hobbing process kinematics can effectively improve the accuracy of the mac...
AbstractGear Hobbing is one of the most productive manufacturing processes for pre-machining cylindr...
Results of complex mathematical and computer simulation of gear hobbing are given. A systematic appr...
Summarization: Gear hobbing is an efficient method to manufacture high quality and performance tooth...
Summarization: Gear hobbing, as any cutting process based on the rolling principle, is a signally mu...
Summarization: Targeting an accurate and realistic simulation of the gear hobbing process, we presen...