Undergraduate Course Materials
ME1020 Mechanical Vibration (Instructor: Prof. Sai Cheong Fok)
- Syllabus
- Textbook
- Lecture Notes
- Lecture 1: Introduction & revision
- Lecture 2: Free vibration (undamped 1DOF system)
- Lecture 3: Free vibration (damped 1DOF system)
- Lecture 4: Response to harmonic excitation (1DOF system)
- Lecture 5: Base excitation
- Lecture 6: Rotating imbalance
- Lecture 7: Balancing rotating machines
- Lecture 8: Vibration isolation
- Lecture 9: Multi DOF system vibration 1 (modelling)
- Lecture 10: Multi DOF system vibration 2 (Free undamped vibration)
- Lecture 11: Multi DOF system vibration 3 (Vibration absorber undamped)
- Lecture 12: Multi DOF system vibration 4 (Damped vibration absorber)
- Project: Design of Car Suspension System
MEMS1045 Automatic Controls (Instructor: Prof. Sai Cheong Fok)
- Lecture Notes
- Lecture 1: Introduction & revision
- Lecture 2: Modeling 1
- Lecture 3: Modeling 2
- Lecture 4: Block diagrams
- Lecture 5: Stability
- Lecture 6: Time response 1
- Lecture 7: Time response 2
- Lecture 8: Steady state error
- Lecture 9: Root Locus 1
- Lecture 10: Root Locus 2
- Lecture 11: Frequency response 1
- Lecture 12: Frequency response 2
- Lecture 13: Frequency response 3
MEMS1028 Mechanical Design 1 (Instructor: Prof. Sai Cheong Fok)
- Syllabus
- Lecture Notes
- Lecture 1: Introduction and revision
- Lecture 2: Load & stress analysis (Beams)
- Lecture 3 (Part A): Load & stress analysis (Torsion & Combined loadings)
- Lecture 3 (Part B): Load & stress analysis (Design of power transmitting shafts)
- Lecture 4: Load & stress analysis (Pressure vessels & others)
- Lecture 5: Advanced deformation analysis (deflection)
- Lecture 6: Advanced deformation analysis (Castigliano’s theorem)
- Lecture 7: Advanced deformation analysis (Columns)
- Lecture 8: Failure (Static loading - ductile material)
- Lecture 9: Failure (Static loading - brittle material)
- Lecture 10: Fatigue failure (Introduction)
- Lecture 11: Fatigue failure (Reversible simple loads)
- Lecture 12: Fatigue failure (Fluctuating simple loads)
- Lecture 13: Design codes and misc
- Textbook
- Project: Design of Floor Crane
MEMS1029 Mechanical Design 2 (Instructor: Prof. Ping-Chun Sui)
- Syllabus
- Lecture Notes
- Lecture 0: Course Overview
- Lecture 1: Interference-Fit Design
- Lecture 2: Failure Resulting from Static Loading
- Lecture 3A: Fatigue Failure Analysis from Fluctuating Loading
- Lecture 3B: Fatigue Failure Analysis from Fluctuating Loading (Supplement)
- Lecture 4: Shafts and Shaft Components
- Lecture 5A: Rolling Contact Bearings - Ball Bearings
- Lecture 5B: Rolling Contact Bearings - Tapered Roller Bearings
- Lecture 6: Lubrication and Journal Bearings
- Lecture 7: Nonpermanent Joints
- Lecture 8A: Gears General and Spur Gears
- Lecture 8B: Spur Gear Structural Design Analysis