[1.1.1] Definition of Cutting Motion.mp4+ [1.1.2]Motion in Typical Machining Scenarios.mp4+ [1.1.3]Coordination Requirements and Practical Impact.mp4+ [1.2.1]Definitions and Calculations of the Three Cutting Parameters.mp4+ [1.2.2]The impact of three elements on processing efficiency, tool life, and cost.mp4+ [1.2.3]Selection of Cutting Parameters in Typical Scenarios.mp4+ [1.3.1]The meaning of the three main parameters of the cutting layer.mp4+ [1.3.2]Parameters of the cutting layer and the influence of cutting amount, main cutting edge angle, cutting force, and cutting heat.mp4+ [1.3.3]Calculation and Application of Cutting Layer Parameters in Typical Scenarios.mp4+ [2.1.1]Characteristics of Common Materials for Turning Tools.mp4+ [2.1.2]Selection of Turning Tool Materials.mp4+ [2.2.1]Geometry parameters of the cutting tool.mp4+ [2.2.2]Tool Selection for Typical Turning Scenarios.mp4+ [3.1.1]Hole Machining Basics.mp4+ [3.1.2]The cutting process and wear of twist drills.mp4+ [3.1.3]Key Points of Drill Bit Sharpening and Group Drill Sharpening Technology.mp4+ [3.1.4]Reaming and boring technology.mp4+ [3.1.5]Drilling Quality Analysis and Control.mp4+ [3.2.1]Boring Machining Principles and Boring Tools.mp4+ [3.2.2]Boring Bar System and Machining Accuracy.mp4+ [3.2.3]Precision hole machining tools.mp4+ [3.3.1]Hole machining process planning.mp4+ [3.3.2]Typical Box Part Hole System Machining Case.mp4+ [3.3.3]Comprehensive Diagnosis and Optimization of Hole Machining Quality.mp4+ [4.1.1]Principles of Milling and Cutting.mp4+ [4.1.2]Types of Milling Cutters, Geometric Angles, and ISO Codes.mp4+ [4.1.3]Efficient Milling and Tool Wear.mp4+ [4.1.4]Milling Cutter Clamping System and Dynamic Balancing Technology.mp4+ [4.2.1]Planing Technology and Planing Tools.mp4+ [4.2.2]Grinding Principle.mp4+ [4.2.3]Characteristics, Selection, and Dressing of Grinding Wheels.mp4+ [4.3.1]Formulation of Milling, Planing, and Grinding Process Routes.mp4+ [4.3.2]Analysis of Typical Part Machining Cases (Using Titanium Alloy as an Example).mp4+ [4.3.3]Comprehensive Diagnosis and Process Optimization of Processing Quality Issues.mp4+ [5.1.1]Gear processing methods.mp4+ [5.1.2]Gear hobbing tools.mp4+ [5.1.3]Gear shaping and gear shaper cutter.mp4+ [5.1.4]Gear machining accuracy and tool installation adjustment.mp4+ [5.2.1]Overview of Special Processing.mp4+ [5.2.2]Electrical Discharge Machining Technology.mp4+ [5.2.3]Laser Processing Technology.mp4+ [5.2.4]Other Special Processing Technologies.mp4+ [5.3.1]Milling and Grinding Process Planning.mp4+ [5.3.2]Processing of Film Holes in Aeroengine Blades.mp4+ [5.3.3]Special Processing Applications of Microstructure and Molds.mp4+ [5.3.4]Techno-economic Analysis and Future Trends.mp4+