Overview of Hybrid Machining Processes Evolution of Advanced Machining Processes Need and Introduction of Hybrid Machining Processes Classification of Hybrid Machining Processes Applications of Hybrid Machining Processes Electrochemical Hybrid Machining Processes Electrochemical Grinding (ECG) Eąuipment and Working Principle Process Mechanism and Parameters Advantages, Limitations and Applications Electrochemical Honing (ECH) and Pulsed ECH Eąuipment and Working Principle Process Parameters and Mechanism Advantages, Limitations and Applications Electrochemical Buffing (ECB) Eąuipment and Process Mechanism Electrochemical Deburring (ECDe) Process Details Advantages and Applications Electrochemical Superfinishing (ECSF) Eąuipment and Working Principle Process Mechanism and Parameters Electrochemical-Type Advanced Drilling Processes Electrochemical Drilling (ECD) Shaped Tube Electrodrilling (STED) Capillary Drilling (CD) . Electrolytic Strearn or Jet Drilling(ESD or EJD) Thermal HybridMachiningProcesses EDM Combined with ConventionalMachining Electric Discharge Grinding (EDG) Electric Discharge Abrasive or Diamond Grinding (EDAG or EDDG) EDM Combined with ECM Electrochemical Discharge Machining (ECDM) Electrochemical Dischai'ge Grinding (ECDG) Assisted HybridMachiningProcesses Vibration-Assisted HMPs Ultrasonic-Assisted ECM (USECM) Ultrasonic-Assisted EDM (USEDM) Heat-Assisted HMPs Laser-Assisted ECM (LAECM) Laser-Assisted EDM (LAEDM) Abrasive-Assisted HMPs Abrasive-Assisted ECM (AECM) Abrasive-Assisted EDM (AEDM) Magnetic Field-Assisted HMPs Magnetic Field-Assisted EDM (MAEDM) Magnetic Field-Assisted Abrasive Flow Machining (MAAFM)