Results 331 to 340 of about 852,071 (368)
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2014
Cars have to negotiate corners. But not all cars do that the same way. This is particularly evident in race cars, where the ability to negotiate a corner is a crucial aspect to minimize the lap time. In this chapter the kinematics of a vehicle while taking a corner is exploited. At first sight taking a corner looks quite a trivial task. But designing a
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Cars have to negotiate corners. But not all cars do that the same way. This is particularly evident in race cars, where the ability to negotiate a corner is a crucial aspect to minimize the lap time. In this chapter the kinematics of a vehicle while taking a corner is exploited. At first sight taking a corner looks quite a trivial task. But designing a
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Kinematic Influence Coefficient and Kinematics Analysis
2012The concept of kinematic influence coefficient (KIC) of mechanism was proposed by Tesar et al. [1–4]. Benedict and Tesar [1, 2] proposed a completely general model formulation using first- and second-order KIC. This theory has been extensively applied to both open-loop and closed-loop planar mechanisms [3].
Huafeng Ding, Qinchuan Li, Zhen Huang
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2009
We begin the study of fluid mechanics by pointing out the differences between fluids and solids and by describing a fluid flow in terms of the motion of elementary fluid parcels. As the volume of a parcel becomes infinitesimal, the parcel reduces to a point particle and the average velocity of the parcel reduces to the local fluid velocity computed ...
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We begin the study of fluid mechanics by pointing out the differences between fluids and solids and by describing a fluid flow in terms of the motion of elementary fluid parcels. As the volume of a parcel becomes infinitesimal, the parcel reduces to a point particle and the average velocity of the parcel reduces to the local fluid velocity computed ...
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2009
In this chapter, we continue the study of kinematics by considering in more detail the motion of fluid parcels, by deriving expressions for the areal, volumetric, and mass flow rates across lines and surfaces drawn in a fluid, and by developing numerical methods for evaluating kinematic variables of interest in terms of derivatives and integrals of the
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In this chapter, we continue the study of kinematics by considering in more detail the motion of fluid parcels, by deriving expressions for the areal, volumetric, and mass flow rates across lines and surfaces drawn in a fluid, and by developing numerical methods for evaluating kinematic variables of interest in terms of derivatives and integrals of the
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Inverse Kinematics Techniques in Computer Graphics: A Survey
Computer graphics forum (Print), 2018A. Aristidou +3 more
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Spherical kinematics in contrast to planar kinematics
Mechanism and Machine Theory, 1992Abstract An outline is given of spherical kinematics, particularly in contrast to kinematics of planar mechanisms. As we are too familiar with planar kinematics, precautions to be taken in applying some planar conceptions to spherical kinematics are also mentioned.
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The Mathematical Gazette, 1952
Historical. That the problems of plane kinematics should have been studied for a long period is natural; they present themselves quite easily, and in simple fashion. At the end of the seventeenth century, and the beginning of the eighteenth century, De La Hire investigated roulettes, and to him also is due the introduction of the inflexion circle, as ...
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Historical. That the problems of plane kinematics should have been studied for a long period is natural; they present themselves quite easily, and in simple fashion. At the end of the seventeenth century, and the beginning of the eighteenth century, De La Hire investigated roulettes, and to him also is due the introduction of the inflexion circle, as ...
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IEEE Transactions on Industrial Informatics, 2018
Alexander Reiter +2 more
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Alexander Reiter +2 more
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Tracking Control of Robotic Manipulators With Uncertain Kinematics and Dynamics
IEEE transactions on industrial electronics (1982. Print), 2016B. Xiao, Shen Yin, O. Kaynak
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