Conference Information
MDCE 2016: International Conference on Mechanical Design and Control Engineering
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Wuhan, China
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1. Mechanism theory & Application
Mechanism and Machine Composition Principle
Mechanism Kinematics and Dynamics
Robot and Mechanics
Mechanical Transmission
Fluid Power Transmission
Complex Transmission
Mechanical Testing Theory and Technology
Mechanical Testing Standard, Theory and Methods
Mechanical Sensor Technology and Testing Instrument
Mechanical Manufacturing Process Monitoring and Control

2.Mechanical control and Automation Engineering
Mechanical Dynamics
Precision Machinery
Precision manufacturing and measurement
Manufacturing and production processes
Production management(Information management) Materials processing
Materials Engineering
Industrial and Manufacturing Systems Analysis
Automotive electronic control and measurement technology

3.Industrial Design 
Computer-Aided Industrial Design 
Virtual Design and Design Visualization 
Production planning and control 
Facilities Planning and Logistics System Application
Intelligent Design 
Applications of AI Techniques in Design and Manufacturing 
Car Design 
Usability Design 
Automobile structure 
Transportation Systems 
Design for Environment 
Design for Manufacturing and Assembly 
Digital Human Technique and Its Applications 
Man-Machine Interface Design 
Design and Manufacturing 
Machine Applied 
Mechanical Design and Application 
Human-Machine Engineering 
Kansei Engineering 
Concurrent Engineering

4.Instruments and Vibration Control
Precision Instrument and Machinery
Noise and vibration
Quality Engineering and Instrument
Instrumentation and Control
Digital instrumentation and information technology
Equipment condition monitoring and Troubleshooting
NDT and Signal Processing

5.Mechanical Dynamics
Vibration/ Noise Measurement, Analysis and Control
Mechanical Systems Dynamic Monitoring, Diagnosis and Maintenance
Mechanical Structure and Systems Dynamics
Mechanical Structure Injury, Fatigue and Fracture
Mechanical Structure Strength Theory and Reliability Design
Mechanical Structure Safety Assessment
Mechanical Friction, Abrasion and Control
Mechanical Lubrication, Seal and Control
Mechanical Surface Effect and Surface Technology
Engineering Tribology and Tribology Design

6.Materials Processing and Control
Automation and Control Materials Processing
Laser processing equipment and automation
Shape forming technology
Casting control machining, forging and welding
Surface engineering materials
Quality Inspection and Material processing control
Materials Science & Processing
Last updated by Dou Sun in 2016-11-08
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