Keywords: جریان مواد; Self-riveting friction stir lap welding; Aluminum/steel; Material flow; Microstructure; Mechanical bonding; Metallurgical bonding;
مقالات ISI جریان مواد (ترجمه نشده)
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در صورتی که به ترجمه آماده هر یک از مقالات زیر نیاز داشته باشید، می توانید سفارش دهید تا مترجمان با تجربه این مجموعه در اسرع وقت آن را برای شما ترجمه نمایند.
Keywords: جریان مواد; Bobbin tool friction stir welding; Dual rotation; Material flow; Microstructure; Microhardness;
Keywords: جریان مواد; Twin-tool; Lagrangian method; Friction stir welding; Temperature distribution; Deform 3D; Material flow;
Keywords: جریان مواد; Ridges shoulder feature; Pin profiles; Material flow; Mechanical properties and axial force;
Keywords: جریان مواد; Friction stir welding; Polycarbonate; AA5058 aluminum alloy; Material flow; Dissimilar joint; Mechanical property;
Keywords: جریان مواد; Physical input-output table; Coal industry; Clean coal; Material flow; Coal reduction effect;
Keywords: جریان مواد; Product lifecycle; Life cycle simulation; System of systems; Discrete-event simulation; Material flow;
Keywords: جریان مواد; Friction stir welding; Threaded pin; Numerical analysis; Material flow; Heat generation; Temperature field;
Keywords: جریان مواد; Lignocellulose feedstock; Biopolymer; Straw; Sustainable procurement; Material flow; Regionalisation;
Keywords: جریان مواد; Friction stir welding; PMMA; Tool pin profile; Mechanical property; Material flow; Thermomechanical model;
Keywords: جریان مواد; Waste mobile phone; High-tech mineral; Material flow; Availability analysis; MFA; Material Flow Analysis; EU; European Union; SFA; Substance Flow Analysis; WEEE; Waste Electrical and Electronic Equipment;
Keywords: جریان مواد; Scattered metals; Material flow; Minerals; Wastes; Recycling technologies;
Keywords: جریان مواد; Iron and steel; Energy flow; Material flow; Carbon emission; Energy efficiency;
Keywords: جریان مواد; Cold extrusion; Electric-hydraulic; Chattering; Finite element analysis; Material flow;
Keywords: جریان مواد; Friction stir welding; Dissimilar welds; Preheating treatment; Temperature distribution; Material flow;
Keywords: جریان مواد; Friction Stir Welding; Al alloys; Material flow; Banded structure; Finite element modeling;
Keywords: جریان مواد; Transient model; Friction stir welding; Heat generation; Material flow; Heat transfer;
Keywords: جریان مواد; Friction stir welding; Ultrasonic vibration; Material flow; Welding load; Thermal cycle measurement;
Keywords: جریان مواد; Dominant root locus; Material flow; Constrained estimation; Model-based observer; Hot strip mill;
Keywords: جریان مواد; Coking process; Material flow; Energy flow; Exergy loss; Thermodynamic optimization;
Keywords: جریان مواد; Lead; Sustainability; Utilization; Material flow; Management; China;
Keywords: جریان مواد; Clinching; Reshaped joint; Material flow; Mechanical properties
Keywords: جریان مواد; Biomethane system; Energy efficiency; Energetic assessment; Energy flow; Material flow;
Keywords: جریان مواد; Two-steps clinched joint; Clinch-rivet; Material flow; Mechanical behaviour
Keywords: جریان مواد; Friction stir welding; Friction stir processing; Stainless steel; Material flow; Visualization; Electron backscatter diffraction (EBSD);
Keywords: جریان مواد; Food waste; Hospitality sector; Social practices; Food provisioning; Food consumption; Behaviour; Material flow; Eco-efficiency;
Keywords: جریان مواد; Friction stir lap welding; Dissimilar aluminum alloy; Material flow; Forming formation; Onion structure; Void defect;
Keywords: جریان مواد; Material flow; Energy analysis; Inventory; Embodied energy; Sustainability;
Keywords: جریان مواد; Friction stir spot welding (FSSW) of steel; Material flow; Tracer material technique; Bonding ligament; Vortex flow.
Keywords: جریان مواد; Friction stir welding; Acoustoplastic effect; Numerical modeling; Computational ultrasonic field; Thermal process; Material flow
Keywords: جریان مواد; Forging; Die design; Material flow; FEA; Flash land; Flash gap;
Keywords: جریان مواد; Material flow; Material efficiency; Mass balance; Cement production; China;
Keywords: جریان مواد; Thin-walled circular rings; Quasi-bulk forming; Viscous medium; Material flow; Nickel-based super alloy;
Keywords: جریان مواد; Friction stir forming; Friction stir processing; Material point method; Material flow; Large deformations; Modelling;
Keywords: جریان مواد; Tunnel defect; Elimination mechanism; Friction stir welding; Ultrasonic vibration; Material flow;
Keywords: جریان مواد; Reverse deep drawing; Tools deformation; Finite element analysis; Material flow; DD3IMP;
Keywords: جریان مواد; Friction stir welding; Ultrasonic vibration; Plastic deformation; Material flow; Strain rate;
Keywords: جریان مواد; 3D finite element analysis; Hole size; Material flow; EN AW7075; Fastening element; Thread rolling screw
Keywords: جریان مواد; Cobalt; Material flow; Sustainable resources management; Carrying capacity; China
Keywords: جریان مواد; 6061aluminum alloy; conventional backward extrusion; electric-hydraulic chattering assisted backward extrusion; finite element analysis; material flow; strain distribution;
Keywords: جریان مواد; Friction stir welding; Ultrasonic vibration; Material flow; Marker material distribution;
Keywords: جریان مواد; Sustainable resources management; Material flow; Critical and valuable raw material; Wind energy; Scenarios;
Keywords: جریان مواد; Friction stir spot welding; Aluminum alloy; Material flow; Joint strength;
Keywords: جریان مواد; Electromagnetic incremental forming; Multi-step discharge; Moving coil; Numerical simulation; Material flow
Keywords: جریان مواد; Reverse dual-rotation friction stir welding (RDR-FSW); Numerical modeling; Thermal process; Material flow; Torque
Keywords: جریان مواد; Friction stir welding; Pin profile; Heat generation; Material flow; Modeling
Keywords: جریان مواد; Progressive microforming; Ductile fracture; Size effect; Material flow; Fracture criterion
Keywords: جریان مواد; Friction stir welding; Ultrasonic vibration; Numerical simulation; Heat generation; Temperature distribution; Material flow;
Keywords: جریان مواد; Material flow; Milk run; Assembly lines; Disturbances; Dynamic planning; Resequencing;
Keywords: جریان مواد; Urban ecosystem; Health diagnosis; Material flow;