AIoT-Driven Sustainable Manufacturing and Operational Initiatives
AIoT-Driven Sustainable Manufacturing and Operational Initiatives
A Smart Eco-Friendly Manufacturing System
Muduli, Kamalakanta; Rath, Kali Charan
Taylor & Francis Ltd
02/2026
262
Dura
Inglês
9781032821559
15 a 20 dias
Chapter 2: AIoT Application in Smart Eco-Friendly Manufacturing System
Chapter 3: AIoT-Adopted Sustainable Smart Eco-Friendly Home Systems
Chapter 4: Strategies For Sustainable Manufacturing with AIoT-Integrated B-Spline CFD Simulations
Chapter 5: IoT Enhanced Statistical Methods for Process Optimization in Biotechnology and Pharmaceutical Manufacturing
Chapter 6: AIoT Based Sustainable Engineering and Technology for Improvement in Manufacturing Efficiency
Chapter 7: Ai And IoT-Based CNC Optimization for Sustainable Production
Chapter 8: Recent Advancements In AIoT For Predicting Mechanical Fracture And Thermal Properties Of Glass Fiber Reinforced Polymer Composites
Chapter 9: Elevating Self-Service Business Intelligence Through Ai And IoT In Sub-Saharan Africa: Insights From Sustainable Manufacturing Companies
Chapter 10: AIoT Driven Robotics System In Smart Manufacturing Sectors
Chapter 11: Intelligent Process Automation Through AI In Manufacturing Sector
Chapter 12: Lean Principles In Manufacturing For Resource Efficiency
Chapter 13: Improvement Of Titanium Alloy (Ti-15-3) Wear Resistance And Hardness By Solution Treatment And Aging (Sta) To Pioneer Sustainable And Environmentally Friendly Manufacturing
Chapter 2: AIoT Application in Smart Eco-Friendly Manufacturing System
Chapter 3: AIoT-Adopted Sustainable Smart Eco-Friendly Home Systems
Chapter 4: Strategies For Sustainable Manufacturing with AIoT-Integrated B-Spline CFD Simulations
Chapter 5: IoT Enhanced Statistical Methods for Process Optimization in Biotechnology and Pharmaceutical Manufacturing
Chapter 6: AIoT Based Sustainable Engineering and Technology for Improvement in Manufacturing Efficiency
Chapter 7: Ai And IoT-Based CNC Optimization for Sustainable Production
Chapter 8: Recent Advancements In AIoT For Predicting Mechanical Fracture And Thermal Properties Of Glass Fiber Reinforced Polymer Composites
Chapter 9: Elevating Self-Service Business Intelligence Through Ai And IoT In Sub-Saharan Africa: Insights From Sustainable Manufacturing Companies
Chapter 10: AIoT Driven Robotics System In Smart Manufacturing Sectors
Chapter 11: Intelligent Process Automation Through AI In Manufacturing Sector
Chapter 12: Lean Principles In Manufacturing For Resource Efficiency
Chapter 13: Improvement Of Titanium Alloy (Ti-15-3) Wear Resistance And Hardness By Solution Treatment And Aging (Sta) To Pioneer Sustainable And Environmentally Friendly Manufacturing