2017 International Symposium on Mechanical Design, Manufacture and Automation (ISMDMA 2017)

• Industrial Design

CAD/CAM/CAE; 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.

• Engineering and Automation

Mechanical Engineering; Manufacturing Engineering; Non-Traditional Manufacturing; Aerospace Engineering; Aerospace Systems and Technology; Thermal Engineering; Industrial Engineering; Mechanical Engineering Testing; Machinery Manufacturing Technology; Mechanical transmission control; Automation and Robotics; Electric drive control; Process Control and Automation; Programmable Controller Applications in Engineering; FMS/CIMS; Micro-Machining; Nano- Technology Agile & Lean Manufacturing; Advanced Metal Forming,Welding & Casting techniques; MEMS/ NEMS; Structural Dynamics; Turbo Machines and Fluid Power Engineering; Renewable and Non conventional Energy Sources, Energy Systems; Case Studies Electrical insulation technology; Advanced Manufacturing Technology:( 1) Cutting and grinding , (2) Non-conventional machining, (3) High-speed machining; (4) High-energy beam processing , (5) Numerical control technology, (6) Green manufacturing; Mechanics; Nonlinear Dynamics; Solid Mechanics; Plasticity Mechanics; System Dynamics and Simulation;

Other topics:Pollution and Environmental; Production Technology; Quality assurance and environment protection; Resistance and Propulsion; Oil and Gas Exploration; Textile and Leather Technology; Transport Phenomena; Ballistics; laser technology micro electronics technology; Neural network; Genetic algorithm; objective optimization; Fault diagnosis.

• 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.

• 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.

• Industrial Design

CAD/CAM/CAE; 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.

• 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.

• 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.

• 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