72
Q. Liu et al.
Fig. 6.12 Experimental platform
6.3 Cutting Simulation and Experimental Analysis
of Ti6Al4V
6.3.1 Experimental Condition
A force platform and a temperature measuring instrument are installed on the
work platform of the machine tool. Besides, and a scanning electron microscope
is employed to present the morphological structures of chip [11]. The experimental
platform is shown in Fig. 6.12 and Table 6.4.
6.3.2 Comparison of Chip between Cutting Simulation
and Experiment of Ti6Al4V
In the forming cutting process, the workpiece material at the cutting edge of the
milling cutter is divided into two parts: one part flows above the front cutter face; the
other part flows below the back cutter face to form chips. Cutting force and cutting
temperature are important output variables in the simulation process. The simulation
results have important theoretical analysis influence on tool wear and workpiece
machining quality. Figure 6.13 shows the comparison of simulation and experimental
Q. Liu et al.
Fig. 6.12 Experimental platform
6.3 Cutting Simulation and Experimental Analysis
of Ti6Al4V
6.3.1 Experimental Condition
A force platform and a temperature measuring instrument are installed on the
work platform of the machine tool. Besides, and a scanning electron microscope
is employed to present the morphological structures of chip [11]. The experimental
platform is shown in Fig. 6.12 and Table 6.4.
6.3.2 Comparison of Chip between Cutting Simulation
and Experiment of Ti6Al4V
In the forming cutting process, the workpiece material at the cutting edge of the
milling cutter is divided into two parts: one part flows above the front cutter face; the
other part flows below the back cutter face to form chips. Cutting force and cutting
temperature are important output variables in the simulation process. The simulation
results have important theoretical analysis influence on tool wear and workpiece
machining quality. Figure 6.13 shows the comparison of simulation and experimental