The transmission angle synthesis of single degree-of-freedom mechanisms is investigated. This synthesis problem can be defined as the determination of the dimensions of a mechanism such that the constraint DELTAmu < delta is satisfied. Here, DELTAmu denotes the maximum deviation of the transmission angle, mu, from the optimum one; and delta is a specified bound on DELTAmu. The developed algorithm yields, analytically, the algebraic conditions (inequalities) that must be satisfied by the dimensions of the mechanism. The method is applicable to any spatial or planar mechanism for which a transmission angle(s) may be defined
This paper deals with the dimensional synthesis of the RSSR mechanism, also known as spatial four-ba...
Parametric synthesis of mechanical system consisting of actuator, transfer mechanism and control dev...
An innovative methodology is presented for a set of synthesis problems in which the mobility angle b...
The crank-rotatibility synthesis of single degree-of-freedom mechanisms is investigated. This synthe...
Abstract: Looking into today’s mechanism synthesis we see that this well-developed field has been st...
Design of spatial four-bar mechanisms in which the skew crank axes are at right angles is investigat...
A general procedure for the synthesis of mechanisms is presented here. This approach minimizes the e...
This paper describes the basic principles for the development of an automated planar mechanism dimen...
This paper describes the basic principles for the development of an automated planar<br>mechanism di...
This paper deals with a new method for parametric kinematic synthesis of mechanisms. The traditional...
Four-bar mechanisms are used quite extensively in industry to obtain unusual motions because they ar...
Mechanisms are mechanical devices widely used in a large number of applicationsincluding household a...
Abstract: This paper proposes algorithms for mechanism synthesis and analysis, including Rotation, C...
This paper deals with the dimensional synthesis of the RSSR mechanism, also known as spatial four-ba...
This paper deals with the dimensional synthesis of the RSSR mechanism, also known as spatial four-ba...
This paper deals with the dimensional synthesis of the RSSR mechanism, also known as spatial four-ba...
Parametric synthesis of mechanical system consisting of actuator, transfer mechanism and control dev...
An innovative methodology is presented for a set of synthesis problems in which the mobility angle b...
The crank-rotatibility synthesis of single degree-of-freedom mechanisms is investigated. This synthe...
Abstract: Looking into today’s mechanism synthesis we see that this well-developed field has been st...
Design of spatial four-bar mechanisms in which the skew crank axes are at right angles is investigat...
A general procedure for the synthesis of mechanisms is presented here. This approach minimizes the e...
This paper describes the basic principles for the development of an automated planar mechanism dimen...
This paper describes the basic principles for the development of an automated planar<br>mechanism di...
This paper deals with a new method for parametric kinematic synthesis of mechanisms. The traditional...
Four-bar mechanisms are used quite extensively in industry to obtain unusual motions because they ar...
Mechanisms are mechanical devices widely used in a large number of applicationsincluding household a...
Abstract: This paper proposes algorithms for mechanism synthesis and analysis, including Rotation, C...
This paper deals with the dimensional synthesis of the RSSR mechanism, also known as spatial four-ba...
This paper deals with the dimensional synthesis of the RSSR mechanism, also known as spatial four-ba...
This paper deals with the dimensional synthesis of the RSSR mechanism, also known as spatial four-ba...
Parametric synthesis of mechanical system consisting of actuator, transfer mechanism and control dev...
An innovative methodology is presented for a set of synthesis problems in which the mobility angle b...