ICAIET 2019 : 21st International Conference on Advanced Industrial Engineering and Technology

Topics

• Sustainable manufacturing processes and systems
• System and sustainability considerations for emerging manufacturing technologies
• Information extraction and utilization for monitoring and control of multistage Manufacturing processes
• Key technologies for cloud manufacturing
• Competitive manufacturing engineering
• Intelligent maintenance decision Making of manufacturing systems
• Advances in experiments and modeling of micromechanics and microstructure evolution in manufacturing processes
• Sustainable manufacturing Technologies and practices
• Advances in manufacturing of metals, ceramics and metal matrix composites
• Materials processing, microstructure, plasticity and testing
• Advances in assisted/augmented manufacturing processes
• Advances in abrasive machining processes
• Advances in modeling, analysis, and simulation of manufacturing processes
• Advances in energy beam based surface modification
• Advances in processing of polymers and polymer-based composites
• Advances in nontraditional manufacturing processes
• Green energy manufacturing
• Challenges and innovations in additive manufacturing
• Innovations in joining and assembly processes
• Innovations in equipment design, tooling, and control/automation to enhance manufacturing processes
• Substitution and enhancement of traditional manufacturing processes with laser-based techniques: technical and economic feasibility
• Innovations in materials forming processes
• Laser, process innovations and energy field manufacturing methodology
• Monitoring, sensing, and control for intelligent machining and inspection
• Electrical engineering and electric machines
• Electronics and integrated circuits, embedded technology and applications
• Instrumentation and measurement technologies
• Engineering design and graphics
• Mechatronics and control theory
• Manufacturing and industrial engineering, management applications
• Modern control, automation and reverse engineering