1) flywheel effect
飞轮效应，旋转质量惯性效应
2) steadying effect
稳定效应;旋转质量惯性
3) turning inertia effect
转动惯量效应
4) flywheel effect
飞轮效应
1.
The paper gives analytical solutions in formulas for displacement and stress fields in the pinch fit region on the basis of equilibraum equations in linear elasticity theory, with geometrical conditions there-of satisfied, taking into consideration the torsional moment loadings and flywheel effect, and applting St.
本文从线性弹性理论的平衡方程组出发,满足配合的过盈量几何条件,考虑扭转力矩载荷,考虑飞轮效应,应用聖维南的局部影响原理,对轴体和孔体的紧配合面附近区域给出解析解,即位移场和应力场的公式。
2.
The load feature of bit on cutting drum is analyzed,and the flywheel effect of shearer is discovered.
分析滚筒截齿的载荷特点,揭示滚筒的飞轮效应。
3.
And the application mechanism of flywheel effect is revealed on operating mechanism.
从采煤机工作机构载荷的特点出发,在提高滚筒寿命和硬煤截割能力方面,指出重型螺旋滚筒特有的作用,即耐磨损能力,并揭示飞轮效应在采煤机工作机构上的应用机理。
5) inertia effect
惯性效应
1.
In the program,the inertia was introduced in the equilibrium equation,to analyze inertia effects on high-impact deformation, and hammer velocity was calculated according to the energy method.
为了研究金属高速锤击变形过程,基于连续介质力学,开发了弹塑性动力显式有限元程序,在平衡方程中引入惯性力来考虑高速变形中惯性效应的影响,同时根据能量原理计算变形期间的锤头速度。
2.
The technology of enhanced mass\|transfer process in a traditional aerobic wastewater treatment and its mechanism were investigated on the basis of inertia effect.
依据惯性效应理论研究了传统污水好氧处理工艺传质强化过程 。
3.
The results show that the non- equilibrium effect and the inertia effect in an actual column are two important factors which can greatly influence the simulation of dynamic response process.
计算结果表明,实际精馏塔内存在的非平衡效应和惯性效应对非稳态精馏的动态响应过程有很大影响,其中惯性效应的影响更为突出。
6) inertial effect
惯性效应
1.
A study of inertial effect on sheet metal forming simulation;
板料成形模拟中惯性效应的探讨
2.
Study of inertial effect on simulation of sheet metal bending;
惯性效应在板材弯曲成形模拟中的影响研究
3.
This paper invertigates the inertial effect of the specimen in a split Hopkinson pressure bar(SHPB) system by taking into consideration the friction of interfaces between the specimens.
在对分离式Hopkinson压杆 (SHPB)实验系统试件惯性效应分析的基础上 ,增加了界面摩擦做功对试件惯性效应影响的分析 。
补充资料：水轮发电机转动惯量
水轮发电机转动惯量
rotational inertia of hydrogenerator
shullun fodlonl一zhuondong guonl旧ng水轮发电机转动惯.(rotational inertia ofhydrogenerator)水枪发电机转动惯盆是发电机转动部分的重tG与其惯性直径D平方的乘积，用GDZ表示，也称为转动部分的飞轮力矩。 转动惯量表明电力系统出现大干扰时，水轮发电机组转动部分保持原来运动状态的能力，所以对电力系统的暂态过程和动稳定有很大影响。转动惯t对水轮机调节保证计算也有很大影响，转动惯t大，机组甩负荷后的转速上升率如保持一定值，则可允许较大的压力上升率，从而可以减小引水钢管直径或允许增加钢管长度，甚至不设调压井.但增大转动惯t将增加发电机重量和造价，也延长了机组的起动时间。 当水轮发电机基本尺寸确定后，转动惯量GDZ值可按下列经验公式计算 GDZ=kD户·”1.式中D为定子铁芯内径，m‘l:为定子铁芯长度，m;h为经验系数，一般可按表选取。 经脸系傲裹┌────────┬────┬────┬────┐│机纽转迫(r/成.) │<100 │100~375 │>375 │├────────┼────┼────┼────┤│经玻系狱《k) │5 .2~5.5│5.1~5。3│4.5~5.0 │└────────┴────┴────┴────┘ 大容量低转速水轮发电机组的转动惯t最大已达450000 tf·mZ(4410 kN·mZ)
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条