搜索资源列表
Structure
- 关于结构体编程的实例，计算最大应力点，屈服强度等-About the structure of programming examples
RSSI
- 基于RSSI的定位，已知发射节点的发射信号强度, 接收节点根据接收信号的强度, 计算出传播损耗, 利用理论的或经验的信号传播模型将传播损耗转化为距离, 然后再计算出节点的位置。-RSSI-based positioning, known to the launch of the launch signal strength node, receiving node based on received signal strength to calculate the spread of wear
fangdaqi
- 树形网络结构中信号衰减,编程计算应在何处放置放大器,以保证信号保持强度.数据结构中"树"的相关应用-Tree network structure, signal attenuation, the programmer should it calculate where to place the amplifier in order to guarantee to maintain the signal strength. Data structure " tree" of re
xinhaomoni
- 根据功率谱模拟气象回波，并计算强度，速度，谱宽-According to simulate weather echo power spectrum and calculate the strength, speed, wide-spectrum
ANSYS-bolted-joints-
- 螺栓强度分析,对螺栓进行建模，斌且划分网格，计算强度-the anlysys of the bolted joints
diesel-engine-crankshaft-strength
- 6250柴油机曲轴强度有限元分析 曲轴计算工况 6250柴油机曲轴三维模型 -6250 diesel engine crankshaft strength finite element analysis Working condition of the crankshaft computing 3 d model 6250 diesel engine crankshaft
WD615diesel-engine-connecting-rod
- WD615柴油机连杆强度有限元分析 WD615柴油机连杆三维模型 柴油机连杆强度计算参数-WD615 diesel engine connecting rod strength finite element analysis Three-dimensional model of WD615 diesel engine connecting rod Diesel engine connecting rod strength calculation parameters
Full-hexahedron-grid-diesel
- 全六面体网格柴油机曲轴强度有限元分析 某多缸柴油机曲轴强度计算参数 曲轴计算工况 六缸车用柴油机曲轴三维模型 -Full hexahedron grid diesel engine crankshaft strength finite element analysis Working condition of the crankshaft computing Six cylinder vehicle diesel engine crankshaft 3 d model
gangbantanhuang
- 钢板弹簧拆分的拆分强度计算方法，可以计算钢板弹簧的强度-Calculation method of leaf spring split split strength, can be used to calculate the strength of leaf spring
806847846MODTRAN
- 大气辐射建模可用与大气辐射透过率，大气红外辐射强度计算功能(The atmospheric radiation modeling can be used to calculate the atmospheric radiation transmittance and the infrared radiation intensity of the atmosphere)
concentration
- 计算三五族半导体的LED发光强度随掺杂强度的关系(The relation between LED luminous intensity and doping intensity was calculated)
格里森
- 用于格里森螺旋锥齿轮强度计算，采用的是iso标准(Strength calculation of Gleason spiral bevel gear)
bessel
- 30阶点扩散函数的强度分布，位置分布，以及对于像素大小为10um的探测面阵，各阶点扩散函数覆盖的像素量。(the intensity calculation of 30 level point spread function, the location calculation.)
复合材料参数计算
- 用于计算复合材料层合结构的刚度矩阵和最先一层失效强度(Stiffness matrix and first layer failure strength for calculating composite laminated structure)
新建文件夹
- 计算单拐曲轴强度(Calculating the strength of single crank shaft)
全矢谱计算
- 郑州大学的韩捷教授提出了基于同源信息融合技术的全矢谱（Full VectorSpectrum）分析方法。全矢谱的图谱和传统的傅里叶变换频谱图表达形式一样，都是将各谐波频率作为横坐标，各谐波频率下的振动强度作为纵坐标。正因为如此，全矢谱分析方法和传统分析方法相兼容，并且还有一套快速稳健具有容错性的全矢数值计算方法。 此程序为全矢谱计算代码(Prof. Han Jie of Zhengzhou University proposed a Full VectorSpectrum analysis m
turbinedisk_strength_calculation_dhyhf
- 利用等厚圆环法，实现涡轮盘强度计算，绘制出圆盘应力应变图(The strength calculation of turbine disk is realized by the method of equal thickness circle.)
光学仿真
- 设计半径为1mm的平面波经凸面曲率半径为25mm，中心厚度3mm的平凸透镜。用matlab仿真平面波在透镜几何焦平面上的聚焦光斑强度分布，计算光斑半径。并与理论光斑半径值进行对比，得出误差大小。（方法：采用波动理论，利用基尔霍夫—菲涅尔衍射积分公式。）(Design a plano-convex lens with a plane wave radius of 1 mm and a convex curvature radius of 25 mm and a center thickness o
UMAT-Stress
- 基于最大应变强度准则的连续纤维增强复合材料层合板的强度计算(Strength calculation of continuous fiber reinforced composite laminates based on maximum strain strength criterion)
Umat-compressive-strength
- 压缩载荷作用下连续纤维增强复合材料层合板的渐进损伤破坏计算(Progressive damage calculation of continuous fiber reinforced composite laminates under compression)