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VehicleDynamicSimulationwithMATLAB
- ，建立车体6个自由度加上前轮转向系统1个 自由度的汽车数学模型；该汽车数学模型不需引入很多的人为假设；可以实现给定汽车前轮转角，也可以不给定前轮 转角；不依赖需要复杂测定的侧向力函数及相关模型参数；考虑了轮胎的滚动特性-, 6 degree of freedom body set up with front-wheel steering system a degree of freedom mathematical model
FSAE
- 斯图加特大学Fsae珍贵视频，详细分析了侧向力变化及其他操纵稳定性性能，能看到侧倾，俯仰，横摆三模态下的解耦控制-Stuttgart University Fsae precious video, a detailed analysis of changes in lateral force, and other manipulation of the stability of performance, can roll, pitch,
16v280bianhuaquxian
- 16V280柴油动力计算，活塞连杆作用力分析计算及侧向力计算-16V280diesel engine
TVehicleDynamh
- ，建立车体6个自由度加上前轮转向系统1个自由度的汽车数学模型；该汽车数学模型不需引入很多的人为假设；可以实现给定汽汽车前轮转角，也可以不给定前轮转角；不依赖需要复杂测定的侧向力函数及相关模型参数；考虑了轮胎的滚动特性 已通过测试。 -Vehicle mathematical model of one degree of freedom, the establishment of the body' s six degrees
a3tireplot
- 某款A3汽车的轮胎试验数据，包括其纵向力、侧向力以及自回正力矩数据。根据这些数据绘制该A3车的轮胎特性曲线。-Tire test data to a subsection A3 car, including its longitudinal force, lateral force and self-aligning torque data. These data are plotted according to the tire ch
SELF_ALIGN_TORQUE
- 采用空间坐标转换的方法分别求出了轮胎纵向力、侧向力以及垂直载荷产生的绕主销的回正力矩表达式。-Spatial coordinate transformation methods were calculated tire longitudinal force, lateral force aligning torque expressions and vertical loads generated around the kingpin.
moshugongshi
- 包含魔术公式侧向力，纵向力，回正力矩仿真模型，同时包含对应的s函数模型，对初学者帮助极大-Magic formula that contains the lateral force, longitudinal force, aligning torque simulation model contains the corresponding s function model, a great help for beginners
GIM
- 在simulink中建立了GIM轮胎模型，此模型可以用来求轮胎的纵向力和侧向力。-The tire model for GIM was established in simulink , this model can be used to find a tire longitudinal force and lateral force.
duoff
- 在simulink中建立了duoff轮胎模型，此模型可用来求轮胎的纵向力和侧向力。-Established duoff tire model in simulink, then this model can be used to find the tire longitudinal force and lateral force.
car
- dugoff轮胎模型 输出量：纵向力(N),侧向力(N)； 输入量：轮胎垂向载荷(N),轮胎滑转率,轮胎侧偏角(rad),轮胎纵向附着系数,轮胎纵向刚度(N/rad),轮胎侧向刚度(N/rad)- Dugoff tire model Output: longitudinal force (N), lateral forces (N) Input: vertical tire load (N), the
tire
- 基于魔术公式的轮胎建模，有参数，先运行tireshuju.m,在运行whole_tire.mdl即可，含侧向力和纵向力，未包括回正力矩。-tire simulation based on Magic-formula,include Fx,Fy
magic-formula-tire-simulink-model
- 魔术轮胎simulink模型，可用于计算侧向力和纵向力-The Magic formula tire simulink model can be used to calculate the lateral force and longitudinal force
alph_Fy
- 通过“魔术公式”轮胎模型，确定轮胎侧偏力与侧偏角的关系。(Through the "magic formula" tire model, the relationship between tire cornering force and side deflection angle is determined.)
lateral
- 魔术公式轮胎模型，侧向力出图，可调整轮胎刚度等参数。。。(magic tire model. matlab/simulink m. lateral model. magic tire model. matlab/simulink m. lateral model)
coordinate.m
- 魔术公式轮胎模型，不同侧偏刚度，不同纵向滑移率下的轮胎纵横向力出图，m文件编写，可直接运行。(magic tire model. matlab/simulink m. coordinate model. magic tire model. matlab/simulink m. coordinate model)
车辆轮胎建模
- 基于魔术公式建立了一个车辆轮胎的模型，对轮胎的滑移率、侧向力等进行了matlab仿真(A model of a vehicle tire was established based on the magic formula, and a matlab simulation was performed on the slip ratio and lateral force of the tire.)
数控机床永磁同步伺服电机转矩脉动特性的研究
- 摘要：本文运用有限元法对数控机床用永磁同步伺服电机的转矩脉动特性进行了研究,主要内容包括永磁电机气隙内磁场的分析,定子结构分析,转子磁极结构分析以及相对应的瞬态电磁场仿真分析等几个方面。对于表贴式永磁同步电机转矩脉动其主要组成部分包括齿槽转矩和纹波转矩。其中齿槽转矩的大小取决于永磁电机本体上的定子结构,纹波转矩主要取决于永磁电机定转子磁场之间的相互作用。因此,对永磁同步伺服电机进行动态电磁场分析,得到电动机内随时间和随位置变化的气隙磁场
Pacejka89_Tyremodel
- Pacejka89轮胎模型/魔术轮胎模型，绘制多工况，包括纵向力、侧向力、回正力矩，参数可以修改(Pacejka89 tire model / Magic tire model, with multiple working conditions, including longitudinal force, lateral force and righting moment, and the parameters can be modif