Figure 2 - uploaded by Ismail Lazoglu
Content may be subject to copyright.
Download
View publication
Comparison of scheduled feedrate values vs. constant feedrate for the free form surface

Comparison of scheduled feedrate values vs. constant feedrate for the free form surface

Source publication
Figure 1 
Figure 2 Comparison of scheduled feedrate values vs. constant feedrate...
Figure 3 Simulated feed scheduled resultant cutting force for the free...
Figure 6 
+5 Figure 7 
Improving free form surface machining performance by ball end milling model
Article
Full-text available
  • Jan 2008
In CNC (computer numerical control) programs, cutting tool needs to move along a path described by a sequence of curves starting from the predefined Cutter Location (CL) points. In this article, cycle time is minimised and cutting forces are limited by a threshold for toolpath generation. In order to determine the cutting forces in each direction f...
Cite
Download full-text

Context in source publication

Context 1
... conventional machining experiment, the feedrate was assumed to be constant at 48 mm/min. Constant and scheduled feedrate values are presented in Figure 2. It is seen that feedrate can be increased up to three times in certain portions of the toolpath by the forced based feedrate scheduling technique. ...

Similar publications

Fig. 2. Experimental set-up and sensor positions. 
Fig. 3. Sensor positions outside the cutting area. 
Fig. 7. Smooth cutting with 0.5 mm depth of cut. 
Fig. 8. Smooth cutting with 1 mm depth of cut. 
+2 Fig. 9. Smooth cutting with 1.5 mm depth of cut. 
Comparing Vibration Sensor Positions in CNC Turning for a Feasible Application in Smart Manufacturing System
Article
Full-text available
  • May 2018
Tool condition monitoring, such as tool wear and breakage, is an essential feature in smart manufacturing system. One of most potential sensors that can be used in tool monitoring is vibration sensor, which usually assembled at tool shank. However, in case of CNC turning with rotating tool turret, it is impossible to assemble the vibration sensor a...
View
Figure 1. Surface parameters of the VPA rack cutter. The schematic...
Table 1 . Basic data of the hob and the grinding worm.
Figure 2. Coordinate systems for generation surface of the VPA hob.
Figure 3. General coordinate systems for grinding the hob cutter with a...
+1 Figure 6. Topography of the theoretical VPA hob surface (maximum...
A Method for Generating Helical Surface of the VPA Hob on a CNC Worm Grinding Machine
Article
Full-text available
  • Jan 2017
Variable pressure angle (VPA) hob is an important cutting tool for generating the twist-free tooth flanks on a crowned involute helical gear used in the high precision gear boxes. However, an appropriate method for generating the VPA hob surface has not proposed yet. Therefore, this paper presents a worm grinding method for generating the helical s...
View
Fig. 1. Microstructure of AISI 1050 material. 
Fig. 3. SEM microstructure of traditionally spheroidized sample D700-720. 
Fig. 4. Main cutting forces measured depending on the cutting speed in...
Fig. 5. Main cutting forces measured depending on the cutting speed in...
+1 Fig. 6. Surface roughness measured depending on cutting speed in 0.16...
Analysis of spheroidized AISI 1050 steel in terms of cutting forces and surface quality
Article
Full-text available
  • Jan 2016
In this study, the effects of microstructure differences obtained with the application of different spheroidizing heat treatment cycles on medium carbon steel on cutting forces and surface roughness values were investigated. For this purpose, a group of AISI 1050 materials was annealed at 700 degrees C below A(c1). temperature for 720 min and cemen...
View
Figure 1. Proposed framework for CNC code generation 
TABLE 1 . TOOL MOVEMENT COORDINATES
Figure 2. Rectangular closed pocket 
Figure 3. Machining region for rectangular pocket 
+2 Figure 4. Rough machining of rectangular pocket feature 
Automatic Generation of CNC Codes Based on Machining Features
Conference Paper
Full-text available
  • May 2017
This paper presents a methodology for automatic generation of Computer Numerical Controlled (CNC) codes of milling operations. Machined features are used as the basis to input the required data for machining. The most commonly used machined features are studied in this paper. These features are: slot feature, pocket feature and hole feature. Cuttin...
View
Table 3 : The levels of the selected factors
Table 5 : Factor Levels Obtained as a Result of Optimization
Table 6 : Regression Analysis Results
Table 7 : Variance Analysis Result
Analysis of Paramaters Affected on Machinability of Dual-Phase SAE 1035 Steel by Full Factorial Experiment Design
Article
Full-text available
  • Dec 2018
One of the main purposes in machining is to bring surface roughness to the top level. The stage where the most decisive work can be done in improving the product quality is the parameter design phase for both product and process design. In order to determine the most effective parameters and to evaluate the results more efficiently, the full factor...
View