Results 191 to 200 of about 5,701 (239)

Partially compliant spatial slider–crank (RSSP) mechanism

Mechanism and Machine Theory, 2011
Abstract In this study, a novel compliant mechanism, “partially compliant spatial slider–crank (RSSP)” is proposed. All possible configurations of compliant RSSP mechanisms are classified and discussed. A method is derived to determine deflection of the multiple-axis flexural hinge for all positions of the crank.
Volkan Parlaktaş, Engin Tanık
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Energy Based Slider-Crank Mathematical Model

2018
The slider-crank mechanism is frequently applied in various applications across mechanical devices. The main utility of the mechanism is for conversion of thermodynamic energy to mechanical work and vice-versa. This case is commonly encountered in heat engines, compressors and pumps.
Doru Groza, Ioan Călin Roșca, Gheorghe Alexandru Radu   +2 more
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Synthesis of optimum slider-crank mechanisms

Mechanism and Machine Theory, 1982
Abstract For the spatial slider-crank mechanism formulas are obtained to allow the user determine the link sizes and slider offset for a predetermined stroke with an acceptable pressure angle at the extremes of slider travel as well as by a given angle between the crosshead guide of the slider and a plane in which the crank revolves.
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Static equelibrium of the slider crank mechanism

Proceedings. The 8th Russian-Korean International Symposium on Science and Technology, 2004. KORUS 2004., 2005
The conditions of an automatic equilibration provided by pendulums of the slider crank mechanism located on a horizontal platform with elastic connections are obtained.
V.M. Zamyatin, V.A. Dubovik
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Dynamics of the Generalized Slider-Crank Mechanism

19th Design Automation Conference: Volume 1 — Mechanical System Dynamics; Concurrent and Robust Design; Design for Assembly and Manufacture; Genetic Algorithms in Design and Structural Optimization, 1993
Abstract Dual-number techniques are used to analyze the dynamics of the slider crank mechanism generalized to consider the effects of the cylinder axis being offset and non-perpendicular to the crankshaft axis, conditions which result in reciprocating machinery such as engines and compressors from manufacturing tolerances.
Ian S. Fischer, Sahidur Rahman
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Classical transmission-angle problem for slider–crank mechanisms

Mechanism and Machine Theory, 2002
zbMATH Open Web Interface contents unavailable due to conflicting licenses.
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Crank-Slider With Spring Constant Force Mechanism

Volume 2: 28th Biennial Mechanisms and Robotics Conference, Parts A and B, 2004
This paper explores the development and performance of new constant-force compliant mechanisms that involve the addition of a translational spring element to slider-crank constant force mechanisms. The translational spring element has the additional requirement that, similar to a slider, it resists off-axis loads sufficiently to permit translation ...
Bart D. Frischknecht, Larry L. Howell, Spencer P. Magleby   +2 more
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Velocity fluctuation in spatial slider crank mechanisms

Mechanism and Machine Theory, 1981
Abstract Velocity fluctuations have been recognized as important in the statics and dynamics of mechanisms [1]. The geometric conditions governing the existence of extreme velocity ratios in a spatial 4-link mechanism having two revolute, one cylindrical and one prismatic pair have been obtained.
R.V. Dukkipati, M.O.M. Osman
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Kinematics of the Generalized Slider-Crank Mechanism

19th Design Automation Conference: Volume 1 — Mechanical System Dynamics; Concurrent and Robust Design; Design for Assembly and Manufacture; Genetic Algorithms in Design and Structural Optimization, 1993
Abstract Dual-number techniques are used to analyze the kinematics and dynamics of the slider crank mechanism generalized to consider the effects of the cylinder axis being offset and non-perpendicular to the crankshaft axis, conditions which result in reciprocating machinery such as engines and compressors from manufacturing tolerances.
Ian S. Fischer, Sahidur Rahman
openaire   +1 more source

Crank-Slider Mechanism of a Piston

2011
The purpose of this chapter is to give MATLAB® users a better understanding on how to animate a physical system that has more than one component in a virtual reality environment. This chapter will also help the reader to implement a simple PID controller to control a ball on a plate and visualize the performance of the controller.
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