The paper deals with the problems related to the mechanical gears, which are commonly used for manipulators and servomechanisms, when elasticity and backlash affect their connection. The dynamic model of two mating gears is determined in three different cases: in the ideal case, in which the gears are rigid and no backlash is present; when the gears are flexible, in absence of backlash; in a realistic case, in which both the elasticity of the gears and the presence of backlash are to be taken into account. The same control algorithm, a PD one, is then applied to the three different cases, under the assumption that only the position and the velocity of the driving gear are available for feedback. The properties of the solutions of the closed...
In the paper an application of the model predictive controller for the drive system with elasticity ...
The structural flexibility, nonlinear friction, and backlash are the major factors limiting the cont...
The vibration excitation of the rolling mill mainly comes from the gearbox in the process of rolling...
The paper deals with the problems related to the mechanical gears, which are commonly used for manip...
The main objectives of this research are to develop a control- oriented dynamic model for geared ser...
An improved model which accounts for backlash effects is proposed for the dynamics of spur gear syst...
Abstract: In this paper, we focus on the analysis and control of a simple rigid-body mechanical syst...
In this paper, a novel concept for the control of backlash in geared servo-mechanisms is demonstrate...
In automotive drive systems, differential gear backlash degrades the control performance. Specifical...
The dynamic behavior of a servomechanism must be studied as a whole without distinction between its ...
Driven by an industry trend toward more stringent noise specifications, recent research has sought t...
This paper investigates the control of robots with nonlinear friction and dynamic backlash in the jo...
This paper investigates the control of robots with nonlinear friction and dynamic backlash in the jo...
In this paper, a novel concept for the control of backlash in geared servo-mechanisms is demonstrate...
A new high-performance robot called the Gantry-Tau robot was developed by ABB Robotics, the Robotics...
In the paper an application of the model predictive controller for the drive system with elasticity ...
The structural flexibility, nonlinear friction, and backlash are the major factors limiting the cont...
The vibration excitation of the rolling mill mainly comes from the gearbox in the process of rolling...
The paper deals with the problems related to the mechanical gears, which are commonly used for manip...
The main objectives of this research are to develop a control- oriented dynamic model for geared ser...
An improved model which accounts for backlash effects is proposed for the dynamics of spur gear syst...
Abstract: In this paper, we focus on the analysis and control of a simple rigid-body mechanical syst...
In this paper, a novel concept for the control of backlash in geared servo-mechanisms is demonstrate...
In automotive drive systems, differential gear backlash degrades the control performance. Specifical...
The dynamic behavior of a servomechanism must be studied as a whole without distinction between its ...
Driven by an industry trend toward more stringent noise specifications, recent research has sought t...
This paper investigates the control of robots with nonlinear friction and dynamic backlash in the jo...
This paper investigates the control of robots with nonlinear friction and dynamic backlash in the jo...
In this paper, a novel concept for the control of backlash in geared servo-mechanisms is demonstrate...
A new high-performance robot called the Gantry-Tau robot was developed by ABB Robotics, the Robotics...
In the paper an application of the model predictive controller for the drive system with elasticity ...
The structural flexibility, nonlinear friction, and backlash are the major factors limiting the cont...
The vibration excitation of the rolling mill mainly comes from the gearbox in the process of rolling...