Add to ORKGAbstract. This study presents nonlinear analysis of single degree of freedom spur gear pair with time-varying mesh stiffness. The backlash is approximated using nonlinear term. The periodic steady-state solutions of the nonlinear system are obtained by closed-form expressions using the method of multiple scales. The stability and forced vibration response of the gear system are analyzed. The effect of mesh stiffness variation on the amplitude parameter of nondimensional dynamic transmission error for primary resonance is presented. The closed-form solutions in terms of mesh stiffness variations provide design guidelines for dynamic analysis of spur gear.
Effect of dynamic backlash and rotational speed is investigated on the six-degree-of-freedom model o...
In this report, the dynamic behavior of a single stage spur gear transmission is studied. Time varyi...
In this study, the dynamic response of a pair of spur gears is analyzed when the gear set has transl...
This study presents nonlinear analysis of single degree of freedom spur gear pair with time-varying ...
The nonlinear dynamics of a multi-mesh spur gear train is considered in this study. The gear train c...
In light of ignoring the effect of backlash on mesh stiffness in existing gear dynamic theory, a pre...
In this study, a nonlinear translation-torsion model of spur gear pair with flexible support of gear...
Gear dynamic response is the underlying cause of gearbox noise, vibration, and harshness (NVH) in au...
There are few studies on space-driven gear systems in the existing literature. In this paper, a spac...
There are few studies on space-driven gear systems in the existing literature. In this paper, a spac...
In this paper, a space-driven two-stage spur gear system is taken as the research object, and a 10 D...
In this paper, a space-driven two-stage spur gear system is taken as the research object, and a 10 D...
A single degree of freedom non-linear model is used for the dynamic analysis of a gear pair. Two met...
In this paper, a space-driven two-stage spur gear system is taken as the research object, and a 10 D...
Driven by an industry trend toward more stringent noise specifications, recent research has sought t...
Effect of dynamic backlash and rotational speed is investigated on the six-degree-of-freedom model o...
In this report, the dynamic behavior of a single stage spur gear transmission is studied. Time varyi...
In this study, the dynamic response of a pair of spur gears is analyzed when the gear set has transl...
This study presents nonlinear analysis of single degree of freedom spur gear pair with time-varying ...
The nonlinear dynamics of a multi-mesh spur gear train is considered in this study. The gear train c...
In light of ignoring the effect of backlash on mesh stiffness in existing gear dynamic theory, a pre...
In this study, a nonlinear translation-torsion model of spur gear pair with flexible support of gear...
Gear dynamic response is the underlying cause of gearbox noise, vibration, and harshness (NVH) in au...
There are few studies on space-driven gear systems in the existing literature. In this paper, a spac...
There are few studies on space-driven gear systems in the existing literature. In this paper, a spac...
In this paper, a space-driven two-stage spur gear system is taken as the research object, and a 10 D...
In this paper, a space-driven two-stage spur gear system is taken as the research object, and a 10 D...
A single degree of freedom non-linear model is used for the dynamic analysis of a gear pair. Two met...
In this paper, a space-driven two-stage spur gear system is taken as the research object, and a 10 D...
Driven by an industry trend toward more stringent noise specifications, recent research has sought t...
Effect of dynamic backlash and rotational speed is investigated on the six-degree-of-freedom model o...
In this report, the dynamic behavior of a single stage spur gear transmission is studied. Time varyi...
In this study, the dynamic response of a pair of spur gears is analyzed when the gear set has transl...