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shenjingwangluo
- 应用神经网络分析处理方法,对切削加工信号进行分析-Application of neural network analysis approach, the signal processing for analysis of cutting
opencamlib
- opencamlib是用opencascade开发的,可以用于cam软件实体切削仿真。-opencamlib is the of opencascade development, cam software can be used for physical cutting simulation.
Cutting
- 利用hoops进行建模,模拟刀具的切削过程,先建模,然后点tool和cut,可作为机床数控加工仿真开发的参考。-Hoops for modeling, simulation tool cutting process, first modeling then point tool and cut, can be used as the reference machine CNC machining simulation development.
Ballend_Cuttingforce
- 针对钛合金材料和硬质合金刀具,实现球头刀切削力的计算-To calculate the cutting force of ballend cutter when cutting the Ti material with a Carbide cutter
dexel---vs2010
- Opengl下基于DEXEL毛坯建模,动态切削的仿真-based on dexel model ,dynamic simulation of cutting/milling
422
- 刀具磨损的研究方法很多,本文针对近些年发展的声发射技术( AE) 在监测刀具磨损上的应用,采用理论分析和现场试验的方法进行可行性分析和验证,结果表明: 在考察的几个影响声发射信号强度的因素之中,刀具主切削刃后刀面磨损量对其影响最为显著-Tool wear a lot of research methods, this paper developed in recent years for the acoustic emission technique (AE) monitoring tool w
3DCUT
- ABAQUS有限元金属切削仿真模型(源自ABAQUS经典例题集三)-ABAQUS finite element simulation model of metal cutting
Optimization-design-test
- 从数控机床能耗角度出发,以切削参数为变量,以降低数控机床能耗为目标,在实际加工经验公式的基础上,考虑机床性能和刀具约束条件,建立数控机床能耗模型,采用粒子群优化算法对目标函数寻优求解,利用优化后的切削参数进行加工,能明显地降低能耗。-Optimization design of numerical control tool energy base on cutting paramenters
Optimization-design-experiment1
- 从数控机床能耗角度出发,以切削参数为变量,以降低数控机床能耗为目标,在实际加工经验公式的基础上,考虑机床性能和刀具约束条件,建立数控机床能耗模型,采用粒子群优化算法对目标函数寻优求解,利用优化后的切削参数进行加工,能明显地降低能耗。-From the perspective of CNC machine tool consumption to cutting parameters as variables , in order to reduce the energy consumption o
Optimization-design-experiment2
- 从数控机床能耗角度出发,以切削参数为变量,以降低数控机床能耗为目标,在实际加工经验公式的基础上,考虑机床性能和刀具约束条件,建立数控机床能耗模型,采用粒子群优化算法对目标函数寻优求解,利用优化后的切削参数进行加工,能明显地降低能耗。-From the perspective of CNC machine tool consumption to cutting parameters as variables , in order to reduce the energy consumption o
coord_change
- PDC齿测量齿面和齿侧的点确定切削齿的空间位置-cylinder circle norm line
Force_datacut
- 对切削力信号进行截取,根据信号特点,截取相应长度的信号进行分析-On the cutting force signal interception, according to the signal characteristics, intercepting signals corresponding to the length of the analyzed
cuttingforce_without_offset_zhengque
- 通过matlab仿真计算平底铣刀的铣削加工时的切削力-calculation of cutting force of flat mill
calculation
- 在计算切削力的过程中,需要计算切削力系数,主要用于切削力系数的计算-calculation of cutting force coefficient
force_rake_angle
- 切削力与前角的关系 二维图 可以展示切削力随着前角的变化而变化的关系-cutting force and rake angle s relationship
coefficient_force
- 切削力系数的二维图 可以看出切削力系数的变化-cutting force cofficient
Instantaneous_thickness
- 切削瞬时厚度的变化 可以看出切削厚度随时间的变化-cutting instantaneous thickness
dynamic_thickness
- 切削动态厚度的变化 可以看出切削厚度随时间的变化关系-cutting dynamic thickness
Tangential_force
- 切削力随正切角的变化关系 可以看出切削力的变化情况-tangential angle and cutting force
SVC
- 建立LibSVM预测模型,基于网格算法、粒子群算法、遗传算法优化了模型参数,并由最终模型预测了给定切削参数下零件的粗糙度等级。-Establish LibSVM prediction model, grid-based algorithm, particle swarm optimization, genetic algorithm to optimize the parameters of the model, the final model prediction given by the c