Abstract—In view of the quick return characteristics of I and II type crank rocker mechanism, the inner relationship between the size of components is analyzed. The parametric model of mechanism is established based on ADAMS software, then, with the minimum transmission angle to take the maximum as the optimization goal, lists the objective function and constraint equations of I and II type crank rocker mechanism. With the established model, the optimization of the structure parameters is proposed to recover the maximum value of the minimum transmission angle. By the optimization, the minimum transmission angle of mechanism get a great improvement, this result can effectively improve transmission efficiency of the mechanism. Keywords-optimi...
The following paper represents the topology optimization of a bell crank lever used in trucks. Curre...
In this study, an analytical approach based on bi-level multi-objective game theory is proposed and ...
AbstractAn optimization technique for dynamic balancing of planar mechanisms is presented in this pa...
For a system to obtain perfect balancing, its external forces such as shaking forces and shaking mom...
Design of spatial four-bar mechanisms in which the skew crank axes are at right angles is investigat...
In this study, kinematic analysis of a planar slider-crank mechanism having revolute joints with cle...
Dimensional synthesis of crank-rocker mechanisms applied to provide some desired values of stroke an...
In this study, a new optimization approach is introduced to reduce vibration exerted on a double cra...
Reducing energy consumption became the major concern for all countries of the world during the recen...
This paper takes the crank-rocker mechanism as the research object, purposed for the simulation of t...
Crank shaft length, connecting rod length, crank angle, engine rpm, cylinder bore, mass of piston an...
The oscillating-slide inversion of the slider-crank mechanism, commonly symbolized RPRR, is widely u...
This thesis presents the study of 4-bar mechanism motion. The idea is modelling and analysing of a c...
Double cranks containing a Chebyshev-dyad, are investigated for their employment as a straight-line ...
In this paper, the transmission process of the heald frame driven by the dobby is analyzed. The equi...
The following paper represents the topology optimization of a bell crank lever used in trucks. Curre...
In this study, an analytical approach based on bi-level multi-objective game theory is proposed and ...
AbstractAn optimization technique for dynamic balancing of planar mechanisms is presented in this pa...
For a system to obtain perfect balancing, its external forces such as shaking forces and shaking mom...
Design of spatial four-bar mechanisms in which the skew crank axes are at right angles is investigat...
In this study, kinematic analysis of a planar slider-crank mechanism having revolute joints with cle...
Dimensional synthesis of crank-rocker mechanisms applied to provide some desired values of stroke an...
In this study, a new optimization approach is introduced to reduce vibration exerted on a double cra...
Reducing energy consumption became the major concern for all countries of the world during the recen...
This paper takes the crank-rocker mechanism as the research object, purposed for the simulation of t...
Crank shaft length, connecting rod length, crank angle, engine rpm, cylinder bore, mass of piston an...
The oscillating-slide inversion of the slider-crank mechanism, commonly symbolized RPRR, is widely u...
This thesis presents the study of 4-bar mechanism motion. The idea is modelling and analysing of a c...
Double cranks containing a Chebyshev-dyad, are investigated for their employment as a straight-line ...
In this paper, the transmission process of the heald frame driven by the dobby is analyzed. The equi...
The following paper represents the topology optimization of a bell crank lever used in trucks. Curre...
In this study, an analytical approach based on bi-level multi-objective game theory is proposed and ...
AbstractAn optimization technique for dynamic balancing of planar mechanisms is presented in this pa...