Mass Synthesis for Multiple Balancing Criteria of Complex, Planar Mechanisms
Mass Synthesis for Multiple Balancing Criteria of Complex, Planar Mechanisms
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In our eReader you can find the full English version of the book. Read Mass Synthesis for Multiple Balancing Criteria of Complex, Planar Mechanisms Online - link to read the book on full screen. Our eReader also allows you to upload and read Pdf, Txt, ePub and fb2 books. In the Mini eReder on the page below you can quickly view all pages of the book - Read Book Mass Synthesis for Multiple Balancing Criteria of Complex, Planar Mechanisms
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5. Adjust the mass parameters of link 23 until this ratio is satisfied. Substitute these mass parameters into Eq.
(4.2.5).
This procedure was used with great success for four-bars in Ref. [19].
However, in the eight-bar mechanism being considered, the required mass parameters to satisfy this method, when used on the link pairs 12-23, 45-5o and 78-89, caused a ten-fold increase in the kinetic energy of the mechanism and yielded an increased driving torque. It is hypothesized by the writer that t...his mechanism is of such a nature that it is impossible to balance by mass redistribution to significantly reduce the fluctua- tions of kinetic energy and their required torque. The possible explanation is that the input crank is quite small so that all of the system masses appear to be moving simultaneously with the same sinusoidal motion.
In light of the above negative results, attempts were made to balance the mechanism for specified values of kinetic energy which were not con- stant but which, if achieved, would reduce the inertia driving torque.
What to read after Mass Synthesis for Multiple Balancing Criteria of Complex, Planar Mechanisms?
You can find similar books in the "Read Also" column, or choose other free books by Elliott, John Lane to read onlineMoreLess
To quickly assess the difficulty of the text, read a short excerpt:
5. Adjust the mass parameters of link 23 until this ratio is satisfied. Substitute these mass parameters into Eq.
(4.2.5).
This procedure was used with great success for four-bars in Ref. [19].
However, in the eight-bar mechanism being considered, the required mass parameters to satisfy this method, when used on the link pairs 12-23, 45-5o and 78-89, caused a ten-fold increase in the kinetic energy of the mechanism and yielded an increased driving torque. It is hypothesized by the writer that t...his mechanism is of such a nature that it is impossible to balance by mass redistribution to significantly reduce the fluctua- tions of kinetic energy and their required torque. The possible explanation is that the input crank is quite small so that all of the system masses appear to be moving simultaneously with the same sinusoidal motion.
In light of the above negative results, attempts were made to balance the mechanism for specified values of kinetic energy which were not con- stant but which, if achieved, would reduce the inertia driving torque.
What to read after Mass Synthesis for Multiple Balancing Criteria of Complex, Planar Mechanisms?
You can find similar books in the "Read Also" column, or choose other free books by Elliott, John Lane to read onlineMoreLess
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