Add to ORKGIn the article presented and discussed are research results obtained during computer simulation conduced on dynamic model of a two-stage gear system. The investigation attempted to identify the impact of torsional stiffness of the countershaft on nonlinear gear stage behavior. Analysis of the results showed significant influence of the investigated constructional parameter on dynamic state of analyzed gear. First of all, lack of nonlinear gear behavior for adopted range of change in mesh torsional stiffness was observed
In this study, a new antibacklash gear mechanism design comprising three pinions and a rack is intro...
In this paper, a space-driven two-stage spur gear system is taken as the research object, and a 10 D...
This study presents nonlinear analysis of single degree of freedom spur gear pair with time-varying ...
In light of ignoring the effect of backlash on mesh stiffness in existing gear dynamic theory, a pre...
Gears are important mechanical parts with various industrial applications. Many researchers have inv...
This study demonstrates the transient and steady state dynamic loading on teeth within a two-stage g...
This paper presents the results of computer simulations of a gear model, where the variable stiffne...
Torsional spring-loaded antibacklash gear which can improve the transmission precision is widely use...
Gears are known to be one of the most common mechanical parts used in rotary machinery and power tra...
This paper investigates the dynamic effects of mass reduction on a pair of spur gears. A one-Degree-...
A good understanding of the steady state dynamic behavior of a geared system is required in order to...
To reveal the nonlinear dynamic behavior of gear rattling vibration caused by gear backlash, a 2-DOF...
This thesis investigates the dynamic behavior of a spur gear pair. The gears studied are somewhat si...
The nonlinear torsional model of a multistage gear transmission system which consists of a planetary...
This study aims to analyze the influence of lead crowning modification of teeth on the vibration beh...
In this study, a new antibacklash gear mechanism design comprising three pinions and a rack is intro...
In this paper, a space-driven two-stage spur gear system is taken as the research object, and a 10 D...
This study presents nonlinear analysis of single degree of freedom spur gear pair with time-varying ...
In light of ignoring the effect of backlash on mesh stiffness in existing gear dynamic theory, a pre...
Gears are important mechanical parts with various industrial applications. Many researchers have inv...
This study demonstrates the transient and steady state dynamic loading on teeth within a two-stage g...
This paper presents the results of computer simulations of a gear model, where the variable stiffne...
Torsional spring-loaded antibacklash gear which can improve the transmission precision is widely use...
Gears are known to be one of the most common mechanical parts used in rotary machinery and power tra...
This paper investigates the dynamic effects of mass reduction on a pair of spur gears. A one-Degree-...
A good understanding of the steady state dynamic behavior of a geared system is required in order to...
To reveal the nonlinear dynamic behavior of gear rattling vibration caused by gear backlash, a 2-DOF...
This thesis investigates the dynamic behavior of a spur gear pair. The gears studied are somewhat si...
The nonlinear torsional model of a multistage gear transmission system which consists of a planetary...
This study aims to analyze the influence of lead crowning modification of teeth on the vibration beh...
In this study, a new antibacklash gear mechanism design comprising three pinions and a rack is intro...
In this paper, a space-driven two-stage spur gear system is taken as the research object, and a 10 D...
This study presents nonlinear analysis of single degree of freedom spur gear pair with time-varying ...