搜索资源列表
axial
- 计算输液管道频率的传递矩阵法,主要是计算RPV系统中的单跨输液管道。-the TMM of liquid-filled pipe
proj2
- MIT--航空航天工程中的计算方法_模拟可变面积管道中的可压缩无粘滞流体 MIT公开课程--航空航天工程中的计算方法 这门课程适用于在航空和航天工程中出现的计算方法的入门学习。其应用是从航空宇宙结构,空气动力学,动力学和控制,和航空宇宙系统选出的。其技术包括:常微分方程系统的数值积分;偏微分方程式的有限差分,有限体积, 和有限元的离散化;数值线性代数;本征值问题和带有约束的最优化。 -MIT- Aerospace engineering calculations _
Time-Difference-Method
- 基于“时差法”测量流量:原理在于通过计算超声波顺流传播信号及逆流传播信号之间的时间差来求得管道内流体平均流速并进而得到流量。-Measurement of flow based on the Time difference method
lw
- 运用matlab对管道进行传热计算的基础程序-Pipe heat transfer calculation
displacement4.0
- 用于管道脉动计算的傅里叶级数分解,希望对搞管道的有帮助-Used for pipe pulse calculation Fourier decomposition,Hope to make the pipeline have help
Frequency
- 采用有限元法利用matlab编制了管道的自振频率计算程序。-The finite element method using matlab to prepare a pipeline vibration frequency calculation procedures.
pressure_los0777_units-length
- 气力输送管道压损计算,亚克西公式,直管段,弯管段-Pneumatic conveying pipe pressure loss calculation, yikes formula, straight pipe, pipe segment
sibainxinggejiediandejisuan
- 利用BLT方程计算四边形环形网络,管道特性阻抗均为50欧姆,第五根线另一端接幅值为1V的电压源。可求解各个节点的电压响应与时域响应。-Use BLT equation quadrilateral ring network, pipelines are 50 ohm characteristic impedance, the other end of the fifth wires amplitude of the voltage source of 1V. Voltage response ca
cfd1
- 管道壁面曲线方程为: 进口位置:;出口位置:(单位:m) 流动条件:;; 计算网格要求:轴向不少于50个网格点,横向不少于30个网格点。-Pipe wall curve equation: Import Location: exit position :( Unit: m) flow conditions: computing grid requirements: axial least 50 grid points, 30 less than the transver
matlab_2
- 基于Matlab语言开发,计算了管道瞬态流动现象,方法为特征线法,考虑温度和粘度变化(Based on Matlab language development, the transient flow phenomenon of pipeline is calculated, the method is characteristic line method, considering the temperature and viscosity changes)
MOC_1300m_20dgree_70dgree
- 基于matlab语言开发,计算管道的瞬变流现象,考虑了温度变化(Based on Matlab language development, the transient flow phenomenon of the pipeline is calculated, taking into account the temperature change)
MOC_1300m_30dgree_16dgree_82dgree
- 基于matlab语言开发,计算管道的瞬变流现象,考虑了粘度变化(Based on Matlab language development, the transient flow phenomenon of pipeline is calculated, and the viscosity change is considered)