气动力管道运输系统，一种新型管道运输系统。
The invention relates to an aerodynamic force pipeline transport system which is a novel pipeline transport system.
动力管道它旨在那个与动力装置和单元热系统相关的管道。
B31.1 power piping is intended for piping associated with power plants and district heating systems.
另外，经营商必须先行资助这些补贴，也就是说，项目要求他们在费用偿还之前完成管道的修建工作，从而使各方面都具有完成项目的动力。
Furthermore, operators had to prefinance the subsidies, that is, they were required to complete the piping work before being reimbursed, thus giving all parties incentives to perform.
充气管道、速度惊人的有轨电车、机动自行车等等，这些只是常见的蒸汽动力交通工具中的几个例子。
Pneumatic tubes, incredibly fast railroad cars, and powered bicycles are just some examples of the shaky steam powered vehicles that are common.
此外，还配备了额外的支撑装置，冷却管道和特殊的空气动力学系统。所以，威龙的高速并没有以牺牲安全性和稳定性为代价。
Additional bracing, extra cooling ducts and special aerodynamics are fitted to the Super Sport, so that safety and stability are not sacrificed for top speed.
含蜡原油管道输送成本主要由动力消耗和燃料消耗两项组成。
The transportation cost of waxy crude oil pipeline consists of power and fuel consumption.
进而分析了管道内压、壁厚、裂纹止裂长度和初始裂纹速度对裂纹驱动力(也即裂纹扩展)的影响。
Meanwhile, the influences of pipeline internal pressure, wall thickness, crack arrest length and initial crack velocity on the crack driving force (crack propagation) are further studied.
海底管道常常受本身自重和各种动力因素的作用，以及海底沉积物的运移而造成部分被埋入海底。
Sub - sea pipelines are generally buried on sea floor due to the actions of its own weight and various dynamic forces as well as sediments.
两相流广泛存在于动力、化工、石油、冶金、管道运输、医药、制冷等领域。
Two-phase flow widely exists in processes such as power, chemical, petrol, metallurgy, pipeline transport, medical and refrigeration industries.
对海底管道这样的海洋工程，为保证其正常运行和结构生存期的安全，是直接与海底管道所受的水动力及其在位稳定性密切相关的。
In ocean engineering the normal operation and the structural safety of the submarine pipelines are related with the pipeline hydrodynamic forces and on-bottom stability.
主要用于各种风机、管道、动力设备的吊装隔振降噪，也可用于精密仪器、仪表的吊装消极隔振。
Mainly used for a variety of lifting the fan noise isolation, pipelines, power equipment, can also be used for precision instruments, meters, lifting passive vibration isolation.
液压流体动力。流体。从运行系统的管道中采用瓶取样的方法。
Hydraulic fluid power. Fluids. Methods for bottle sampling from lines of an operating system.
管道动力系统中非定常流动工况是不可避免的，并且在一定条件下，具有强瞬变特性。
The operating mode of the unsteady flow in the dynamic system of the pipeline is inevitable, and has the character of the strong transitory in certain cases.
在通往内地的管道中，设三叶以上的叶轮水流轴传动用作发电或取动力。
Pipeline leading to the Mainland, located above the impeller flow trefoil drive shaft for power generation or to take power .
热输原油管道的动力能耗费用与热力能耗费用之和存在一个极小值。
There exists a least value of the sum of motive power and heating power consumption costs in pipelining heated crude oil.
燃气轮机因其显著的特点，已在大容量输气管道中成为动力装置的唯一选择。
Gas turbines become the only choice in large size gas pipelines for their outstanding characteristics.
运用计算流体动力学(CFD)的动网格技术对管道中的阀门关闭进行了动态模拟，针对同一模型，并与特征线法及试验进行了比较。
By using the dynamic mesh model in CFD software to calculate the pipe valve closing, use the characteristic method and the experiment to compare with the same model.
研究输气管道小断面隧道的地震动力响应有着重要的工程应用价值。
To study seismic dynamic response of gas pipeline small cross-section tunnel has important value of engineering application.
研究表明，本方法适用于转子动力学，直升机旋翼-机身耦合系统以及具有流体流动的管道系统的动力分析。
Research shows that, it is suitable for rotor dynamics, dynamic analysis of helicopter rotor blades fuselage systems and piping systems contained flow fluid.
在长输管道中添加流动性改进剂可以改善原油的低温流动性，降低燃料和动力消耗。
For oil transported in long distance pipeline, injecting flow improver can improve the low-temperature flowability of crude oil and decrease the fuel and power consumptions.
指出螺旋桨噪声、水动力噪声和设备机座机械噪声被有效抑制后，管道系统便成为“安静型”潜艇的主要噪声源。
Then the pipe system becomes the main noise resource of quite submarine, when propeller noise, hydrodynamic noise and machinery noise of facility base are controlled effectively.
以膏体充填力学参数为基础，运用ANSYS软件中的FLOTRANCFD计算流体动力学分析模块对膏体管道输送进行了数值模拟分析。
Numerical simulation analysis is made of the paste piping transportation using FLOTRAN CFD calculation hydrodynamic analysis module in ANSYS software based on the paste filling mechanical parameters.
输流管道耦合振动问题是近五十年来管道流体力学、非线性动力学等领域研究的热点。
The question of coupled vibration of fluid-conveying pipes is hotspot in the research areas of pipeline fluid Mechanics and Nonlinear Dynamics for late fifty years.
本科以上学历，暖通空调。公用动力。管道工程或其他相关专业。
Bachelor Degree with HVAC, Utility, Plumbing or other related majors.
为研究制气式调压室的运行机制，运用空气动力学原理，结合管道水锤方程、调压室波动方程，建立了制气式调压室的仿真数学模型。
By combining the theory of aerodynamics with water hammer equation and wave equation of surge tank a mathematical model for this type of surge tank is established.
并利用离散化的方法建立了串联盘式管道连续输送机传动系统在无阻尼情况下的动力学模型。
Besides, the dynamic model in driving system of the conveyer is established with through scattered method on no damping occasion.
研究滚石-土-埋地钢管道组成的多元体系在冲击荷载作用下的动力响应。
This article is focusing on a simulated study of the dynamic response of the multi-system composed of rolling stones, mud and buried pipes to the impact loads through quantitative analysis.
本文在分析管内液体对管道的作用时，运用一维波动理论建立了管道各种元件间的转移矩阵，通过转移矩阵法求得液体对管道作用力。并对管道系统的动力响应进行计算。
In this paper, the author calculated the pulse force generated by the liquids by the method of the transfer-matrix and calculate the responds of the whole pipe system.
本文在分析管内液体对管道的作用时，运用一维波动理论建立了管道各种元件间的转移矩阵，通过转移矩阵法求得液体对管道作用力。并对管道系统的动力响应进行计算。
In this paper, the author calculated the pulse force generated by the liquids by the method of the transfer-matrix and calculate the responds of the whole pipe system.
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