machined surface

An example of their use is to seal the surface between a machined, cold headed or forged shell and a mating machined surface.

From the point of crystal lattice deformation, materials removing and processing of machined surface were discussed.

The formula of straightness error of the machined surface was also founded through geometrical analysis.

It means that in rough lapping the value of machined surface roughness can be reduced with lapping pressure increasing.

geometry and cutting edge's blunt round radius are considered as critical parameters to get high quality for the machined surface.

The roughness of a machined surface is dependent primarily on the tool geometry and the feed.

Depth of cut, d, is the normal distance between the unmachined surface and the machined surface.

The inside and outside surface of casting shall be smooth, sands, oxides and burrs on the un machined surface shall be removed.

The quality of the machined surface obtained by up milling is not very high.

Tool wear resulted in increased cutting tool forces and machined surface temperature.

Repair welding of sand hole and gray cast iron machined surface subject to no load.

The device is also equipped with abrasive tools for grinding the machined surface.

Change of quality of the machined surface.

The essence of questions which lay in the motion of cutter is very complicated in machined surface.

Clearance angle. This is the angle between the machined surface and the underside of the tool called the flank face.

In addition, there is a ground breaking chip can further improve the accuracy of machined surface.

And it also can debase the precision of the machined surface and make the machined surface bring residual stress and other flaws.

Influence of Surface Roughness and the Appearance of Saw-teeth of Knife Blade on the Quality of Machined Surface

Study on Machined Surface Roughness of Particle-reinforced Composites and Its Cutting Tool Design

Defect and Developing Tendency to the Traditional System of the Characterization of Machined Surface Topography

Experimental study on the characteristics of machined surface profiles and their roughness in high speed turning

Experiment and Study on Influence of Flank Surface Quality of PCD Cutting Tool on Machined Surface Quality and Cutting Tool Life

Fractal Characterization of Machined Surface Profiles

Research On the Changing Rules of Quality of the Machined Surface in Tool-wearing Process

Assessment of Machined Surface Topographies via Multi-scale Analysis Method

The microcosmic appearance formation of machined surface by grinding miller

Study on Bearing Capability and Lubricant Retention Property of Machined Surface

Study on Physical Simulation Model for Prediction of Machined Surface Roughness in NC Turning

The Influence of Cutting Edge Orientation and Spindle Motion Error on Machined Surface in Milling

A New Algorithm for the Simulation of Machined Surface Topography in End Milling Process

The Automated Visual Inspection of Machined Surface Coarseness

Fractal Interpolation of Machined Surface Profiles

Study and experiment on the temperature of machined surface in precision milling

Experimental Research on the Effect of Grinding Parameters on Ceramic Machined Surface Roughness

Influence of Cutting Condition on the Residual Stress of Machined Surface

Analysis on the Machined Surface Profile Error Using Fractals and Wavelet

the residual stress on machined surface is compressive stress;

Effect of micro-milling on the temperature of the machined surface

Effect of Lapping Pressure on Machined Surface Roughness in High Speed Lapping

Multiscale Filtering of Machined Surface Image Based on Stationary Wavelet Decomposition

Verticality of machined surface on tested workpiece

The status and development of machined surface integrity in precision machining

Parallelism of machined surface on tested workpiece to base

Detection of Texture Defects for Machined Surface

Machined Surface Quality of Composites

Research on the fractal behavior of fine machined surface

Calculation Methods for Evaluate Profile Parameters of Machined Surface Based on Fractal

Width of the machined surface

Free from damage on the machined surface

Detection on the Edges of Machined Surface SEM Images Based on Wavelets