行星齿轮传动变为(变位)参数的优化设计  文件类型：DOC/Microsoft Word  文件大小：字节

行星齿轮传动变为(变位)参数的优化设计行星齿轮传动变为(变位)参数的优化设计
Optimization Design of Tooth Profile Shift Coefficient for Planetary Gear Transmission
摘要 为了提高NGW型行(行星)齿轮传动的承载能力,对外啮合齿轮传动变位参数进行了优化设计.计算结果表明:合理选择变位参数可以大大提高齿轮传动的承载能力.
Abstract: In order to improve the bearing capability of NGW Model Planetary Gear Transmission, the tooth profile shift coefficient for external gear transmission was optimized. The calculation results showed the bearing capability of gear transmission could be greatly improved by reasonably selecting tooth profile shift coefficient.
关键词 行星传动 承载能力 优化设计
Key words: Planetary transmission, bearing capability, optimization design
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(1) ''5x-2''=9
(1) The absolute value of the quantity five times x minus 2 equals 9.
(2) lim Sn(n→∞)= 1/6
(2) As n approaches infinity, Sn (the sum of the first n terms) equals 1/6.
(3) F(x) = ax3+bx2+cx+d, a≠0, c≠0
(3) The function f(x) equals a times x to the power of three plus b times x to the power of two plus c times x plus d, a not equal to zero, c not equal to zero;
(4) f(x)= 5 + ln (x-7)
(4) The function f(x) equals five plus natural logarithm of bracket x minus 7.
(5) ∫ (2x+3) dx= x2+3x+C
(5) The Infinite integral of bracket two times x plus three equals x to the power of two plus 3 times x plus C.