1) anti-bullwhip effect
反长鞭效应
1.
Due to the uncertainty of supply and demand,the complicated structure of the supply chain and the bullwhip effect and anti-bullwhip effect,various uncertainties exist in the inventory system,i.
由于市场供给和需求的不确定性、供应链结构的复杂性以及长鞭效应(Bullwhip Effect)和反长鞭效应(Anti-Bullwhip Effect)等因素的影响,供应链及其库存系统存在着很大的不确定性,即供应链中的库存系统存在着熵。
2) bullwhip effect
长鞭效应
1.
Stochatic Control of Bullwhip effect in Electronic Business;
电子商务系统中长鞭效应的随机控制
2.
Impacts of demand forecasts and supply chain coordination on bullwhip effect;
需求预测和供应链协调对长鞭效应的影响分析
3.
An analysis on the bullwhip effect in apparel supply chain;
服装供应链中的长鞭效应分析
3) bullwhip effect
牛鞭效应
1.
Application of linear regression prediction model in the control of bullwhip effect in supply chain;
线性回归预测模型在供应链牛鞭效应控制中的应用
2.
Impacts of demand lead time distribution on bullwhip effect;
需求提前期分布对供应链牛鞭效应的影响分析
3.
System cost & bullwhip effect in quantity-based VMI consolidation replenishment system;
基于数量的供应商管理库存整合补货的牛鞭效应与成本研究
4) whiplash effect
鞭梢效应
1.
Analysis and discussion of the whiplash effect of frames;
框架结构鞭梢效应的分析与讨论
2.
Risk chain and whiplash effect for project risk management;
工程项目风险链管理及鞭梢效应
3.
On the solution of the whiplash effect of the building structure;
浅议建筑结构鞭梢效应的解决方法
5) whipping effect
鞭梢效应
1.
Analysis of whipping effect on seismic design of tall building;
高层建筑结构抗震设计中鞭梢效应的分析
2.
The wind-induced whipping effect of top curtain wall is prevented by using viscoelastic dampers which is installed inside the original steel tube.
考虑主体结构与顶部幕墙结构的相互作用,采用主体结构层模型—顶部幕墙结构杆系模型分析结构的风效应和顶部幕墙的风振鞭梢效应,应用增设内置式粘弹性阻尼器支撑的控制方法来减小顶部幕墙的风振响应。
3.
A vertical ship lift under earthquake excitation may suffer from a whipping effect due to the sudden change of building lateral stiffness at the top of ship lift towers.
大坝升船机顶部厂房与底部塔柱结构之间的侧移刚度突变造成了顶部厂房强烈的地震鞭梢效应。
6) Whiplash Effect
鞭稍效应
1.
the whiplash effect of the second type of antenna was final.
对两种天线单体方案的抖振性能进行了气动弹性模型试验和理论计算和比较 ,最后分析了天线的鞭稍效应。
2.
The whiplash effect of antenna is finally numerically analysed.
首先用随机振动理论计算了天线的抖振响应 ,而后在风洞中对天线的气动弹性模型进行了试验 ,最后还分析了天线的鞭稍效应 。
补充资料:反鞭
1.方言。犹反扑。
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