Figure X-1: The ratio hb,m/hi for a 30 degree blade.Figure X-2: The shear angle β for a 30 degree blade.Figure X-3: The horizontal cutting force coefficient λHCfor a 30 degree blade.Figure X-4: The vertical cutting force coefficient λVCfor a 30 degree blade.Figure X-5: The specific energy to UCS ratio for a 30 degree blade.
X.2 The Curling Type of the 45 Degree Blade
Figure X-6: The ratio hb,m/hi for a 45 degree blade.Figure X-7: The shear angle β for a 45 degree blade.Figure X-8: The horizontal cutting force coefficient λHCfor a 45 degree blade.Figure X-9: The vertical cutting force coefficient λVCfor a 60 degree blade.Figure X-10: The specific energy to UCS ratio for a 45 degree blade.
X.3 The Curling Type of the 60 Degree Blade
Figure X-11: The ratio hb,m/hifor a 60 degree blade.Figure X-12: The shear angle β for a 60 degree blade.Figure X-13: The horizontal cutting force coefficient λHCfor a 60 degree blade.Figure X-14: The vertical cutting force coefficient λVCfor a 60 degree blade.Figure X-15: The specific energy to UCS ratio for a 60 degree blade.Figure X-16: The ratio hb,m/hifor a 75 degree blade.Figure X-17: The shear angle β for a 75 degree blade.Figure X-18: The horizontal cutting force coefficient λHCfor a 75 degree blade.Figure X-19: The vertical cutting force coefficient λVCfor a 75 degree blade.Figure X-20: The specific energy to UCS ratio for a 75 degree blade.
X.5 The Curling Type of the 90 Degree Blade
Figure X-21: The ratio hb,m/hifor a 90 degree blade.Figure X-22: The shear angle β for a 90 degree blade.Figure X-23: The horizontal cutting force coefficient λHCfor a 90 degree blade.Figure X-24: The vertical cutting force coefficient λVCfor a 90 degree blade.Figure X-25: The specific energy to UCS ratio for a 90 degree blade.
X.6 The Curling Type of the 105 Degree Blade
Figure X-26: The ratio hb,m/hi for a 105 degree blade.Figure X-27: The shear angle β for a 105 degree blade.Figure X-28: The horizontal cutting force coefficient λHCfor a 105 degree blade.Figure X-29: The vertical cutting force coefficient λVCfor a 105 degree blade.Figure X-30: The specific energy to UCS ratio for a 105 degree blade.
X.7 The Curling Type of the 120 Degree Blade
Figure X-31: The ratio hb,m/hifor a 120 degree blade.Figure X-32: The shear angle β for a 120 degree blade.Figure X-33: The horizontal cutting force coefficient λHCfor a 120 degree blade.Figure X-34: The vertical cutting force coefficient λVCfor a 120 degree blade.Figure X-35: The specific energy to UCS ratio for a 120 degree blade.