Documenti analoghi: SUPPLY CHAIN RESILIENCE MODELING FOR RMG INDUSTRY IN BANFLADESH; AN INTELLIGENT APPROACH /
- AN APPROACH TO OPTIMIZE THE BLOOD SUPPLY CHAIN NETWORK /
- REVERSE LOGISTICS NETWORK DESIGN FOR SEMICONDUCTOR SUPPLY CHAIN: AN OPTIMIZATION APPROACH /
- ENHANCING SUPPLY CHAIN EFFICIENCY THROUGH PREDICTIVE INVENTORY OPTIMIZATION USING ARTIFICIAL INTELLIGENCE /
- CHALLENGES TO CARBON-NEUTRAL SUPPLY CHAINS IN THE TEXTILE AND APPAREL INDUSTRY A TECHNOLOGY ORGANIZATION-ENVIRONMENT-HUMAN PERSPECTIVE /
- Optimization of Green Vehicle Routing Problem in Cold Supply Chain Logistics for Perishable Foods Using Genetic Algorithm Approach /
- SUPPLIER SEGMENTATION AND ALLOCATION OPTIMIZATION USING SF-SBWM: A SUSTAINABLE AND RESILIENT APPROACH /
Soggetto: Industrial and Production Engineering.
- INVESTIGATION OF HARDENED CUTTING TOOL FOR TURNING OF MILD STEEL IN DRY CUTTING METHOD /
- PERFORMANCE ANALYSIS OF EAF DUST REINFORCED ALUMINIUM BASED METAL MATRIX COMPOSITE /
- OPTIMIZATION OF INBOUND LOGISTICS OF FMCG AND AUTOMOBILE INDUSTRY USING FLEXSIM /
- REVERSE LOGISTICS NETWORK DESIGN FOR SEMICONDUCTOR SUPPLY CHAIN: AN OPTIMIZATION APPROACH /
- A COMPARATIVE STUDY OF ELECTRIC VEHICLE ROUTING PROBLEMS /
- ENHANCING SUPPLY CHAIN EFFICIENCY THROUGH PREDICTIVE INVENTORY OPTIMIZATION USING ARTIFICIAL INTELLIGENCE /
Soggetto: This Thesis Paper of IPE in BSc Program.
- MULTI-OBJECTIVE OPTIMIZATION OF PARAMETERS IN HIGH-SPEED MACHINING OF H13 UNDER HYBRID NANO-MQL USING RSM, GA AND MOPSO /
- BIO-BASED POLYURETHANE FOAM REINFORCED WITH AGRICULTURAL WASTE FIBRES/
- LIGHTWEIGHT FOAMED CONCRETE WITH COIR, BAGASSE AND POLYPROPYLENE FIBER: A SUSTAINABLE APROACH /
- DEVELOPMENT AND MECHANICAL CHARACTERIZATION OF RAMIE FIBER REINFORCED BIO-COMPOSITE WITH EPOXY MATRIX AND MUSTARD OIL CAKE FILLER FOR LOW-LOAD AUTOMOBILE PARTS APPLICATION /
- SUPPLY CHAIN RESILIENCE MODELING FOR RMG INDUSTRY IN BANFLADESH; AN INTELLIGENT APPROACH /
- OPTIMIZATION OF MOS2 NANOPARTICLE ENRICHED GREEN LUBRICANT FOR ENHANCED MACHINABILITY OF TI-6AL-4V ALLOY /