Advanced Materials & Sustainable Manufacturing runs Topic Collections led by Topic Editors who are experts in the subject and oversee the editorial process for papers. Papers published in a Topic Collection will be collected together on a dedicated page of the journal website. For any inquiries related to a Topic Collection, please contact the Editorial Office.
Keywords:Computer-Aided Industrial Product Design and Manufacturing; Industrial Modelling and Simulation; Data-Driven Business Model; Multi-Criteria Decision Making and Optimization; Smart Sensor-based Data Management; Real-Time Data Mining; Human Factors in Design and Manufacturing; Human/Product/Environment Interactions
Keywords:LCA (Life Cycle Assessment); Production and Supply Chain Traceability; Environmental Impacts; Recycling; Sustainable Supply Chain Management; Green Manufacturing; Renewable Energy; Wastes and Secondary Materials Management; Industrial Pollution Control and Management; Policy Making and Analysis for Sustainable Development; Sustainable Development Training
Keywords:Shape memory alloys; Piezoelectric materials; Electroactive polymers; Thermoelectric materials; Magnetostrictive materials; pH-sensitive materials; Photoresponsive materials; Optoelectronic materials; Electrochromic materials; Conductive polymers; Self-assembling materials; Stimuli-responsive materials; Bioinspired materials; Smart composites; Microfluidic actuators; Structural health monitoring; Vibration control; Precision positioning; Microactuators; Soft robotics; Wearable robotics; Haptic feedback systems; Microelectromechanical systems (MEMS); Microfabricated sensors; Bionics and biomimetic design; Energy-efficient actuators; Micromanipulation; Microscale mechanical devices; Microscale manufacturing; Kinetic sculptures; Additive manufacturing; Digital fabrication; Rapid prototyping; Layer-by-layer printing; Multi-material printing; Functional printing; 3D printing of smart materials; Design freedom in 3D printing; Hybrid manufacturing; 4D printing (time-responsive materials); Customizable actuators; 3D-printed sensors; Complex geometries; Material deposition techniques; Printing resolution and accuracy
