Figure B-1: The shear angle β as a function of the blade angle α for hb/hi=1.Figure B-2: The horizontal cutting force coefficient λHDas a function of the blade angle α for hb/hi=1.Figure B-3: The vertical cutting force coefficient λVDas a function of the blade angle α for hb/hi=1.
B.1.2 Standard hb/hi=2
Figure B-4: The shear angle β as a function of the blade angle α for hb/hi=2.Figure B-5: The horizontal cutting force coefficient λHDas a function of the blade angle α for hb/hi=2.Figure B-6: The vertical cutting force coefficient λVDas a function of the blade angle α for hb/hi=2.
B.1.3 Standard hb/hi=3
Figure B-7: The shear angle β as a function of the blade angle α for hb/hi=3.Figure B-8: The horizontal cutting force coefficient λHDas a function of the blade angle α for hb/hi=3.Figure B-9: The vertical cutting force coefficient λVDas a function of the blade angle α for hb/hi=3.
B.2 Alternative Configuration
B.2.1 Alternative hb/hi=1
Figure B-10: The shear angle β as a function of the blade angle α for hb/hi=1.Figure B-11: The horizontal cutting force coefficient λHDas a function of the blade angle α for hb/hi=1.Figure B-12: The vertical cutting force coefficient λVDas a function of the blade angle α for hb/hi=1.
B.2.2 Alternative hb/hi=2
Figure B-13: The shear angle β as a function of the blade angle α for hb/hi=2.Figure B-14: The horizontal cutting force coefficient λHDas a function of the blade angle α for hb/hi=2.Figure B-15: The vertical cutting force coefficient λVDas a function of the blade angle α for hb/hi=2.
B.2.3 Alternative hb/hi=3
Figure B-16: The shear angle β as a function of the blade angle α for hb/hi=3.Figure B-17: The horizontal cutting force coefficient λHD as a function of the blade angle α for hb/hi=3.Figure B-18: The vertical cutting force coefficient λVD as a function of the blade angle α for hb/hi=3.
B.3 Percentage of Inertial Forces
Figure B-19: The percentage inertial force for a dimensionless inertial effect parameter λi=0.025.Figure B-20: The percentage inertial force for a dimensionless inertial effect parameter λi=0.25.Figure B-21: The percentage inertial force for a dimensionless inertial effect parameter λi=2.5.Figure B-22: The percentage inertial force for a dimensionless inertial effect parameter λi=25.Figure B-23: The percentage inertial force for a dimensionless inertial effect parameter λi=250.Figure B-24: The shear angle β, including the effect of inertial forces for a dimensionless inertial effect parameter λi=250.Figure B-25: The horizontal cutting force coefficient λHIfor a dimensionless inertial effect parameter λi=250.Figure B-26: The vertical cutting force coefficient λVIfor a dimensionless inertial effect parameter λi=250.