Keywords: طراحی سبک; Braided composite drive shaft; Unit cell model; Torque; Lightweight design; 3D 4-Directional braid composite;
مقالات ISI طراحی سبک (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: طراحی سبک; Aluminum honeycomb; Lightweight design; Impact behaviour; Full scale tests; Crashworthiness; Earth moving machines;
Keywords: طراحی سبک; Additive manufacturing; Direct manufacturing; Laser beam melting (LBM); LCA; Cost model; Energy efficiency; Cost efficiency; Lightweight design; Powder bed fusion; Life cycle costing; Sustainability;
Keywords: طراحی سبک; Energy-absorbing circular tube; Dimensional analysis; Impact experiment; Equivalent substitution method; Lightweight design;
Keywords: طراحی سبک; Selective laser melting; Lightweight design; Diamond turning; Metal mirror; AlSi12; Additive manufacturing;
Keywords: طراحی سبک; Additive manufacturing; Cellular solids; Lattice structures; Lightweight design;
Keywords: طراحی سبک; shape memory alloy wires; SMA; fiber refinorced plastics; FRP; lightweight design; smart composite structure; pultrusion;
Keywords: طراحی سبک; Lightweight design; Laminated thermoplastic composite; Low velocity impact;
Keywords: طراحی سبک; Fatigue strength improvement; HFMI; TIG dressing; High strength steel; Lightweight design;
Keywords: طراحی سبک; Lightweight design; Shape optimization; Environmental impact; LCA;
Keywords: طراحی سبک; Laminated composite plates; Lightweight design; Differential evolution; Smoothed finite element method; Mixed variable optimization; Frequency constraints;
Keywords: طراحی سبک; carbon fiber reinforced plastics; lightweight design; customer benefit; integrating new materials; manufacturing processes
Keywords: طراحی سبک; Additive Manufacturing; Composites; Lightweight Design; Binder Jetting; Selective Laser Melting
Keywords: طراحی سبک; Variable amplitude loading; Cumulative damage; Lightweight design
Keywords: طراحی سبک; Composite beam; Lightweight design; Exact sensitivity; Failure; Optimization;
Keywords: طراحی سبک; Shape-Memory-Alloys; Actuators; Wire-robot; Inherent guidance function; Adaptive control; Lightweight design
Keywords: طراحی سبک; Composite laminated beam; Lightweight design; Analytical sensitivity analysis; Optimisation technique
Keywords: طراحی سبک; Lightweight design; Material selection; Life cycle assessment; Sandwich structures; Self-reinforced composites
Keywords: طراحی سبک; Bumper; Crashworthiness; Lightweight design; Composite structures; Optimization;
Keywords: طراحی سبک; Friction welding; Joint-site structure; Drive pinion; Lightweight design;
Shakedown analysis for structural design applied to a manned airtight module
Keywords: طراحی سبک; Manned airtight module; Shakedown; Direct method (DM); Lightweight design;
Low Frequency Oscillated Milling of Carbon Fiber-reinforced Plastics
Keywords: طراحی سبک; oscillated milling; CFRP; lightweight design; fiber-reinforced plastics; chipping; tool oscillation;
Hybrid Additive Design of FRP Components - Fiber-Reinforced Sandwich Structures Based on Selective Laser Sintering Technology
Keywords: طراحی سبک; lightweight design; additive manufacturing; hybrid design; laser sintering technology; fiber-reinforced composites (FRP); structural components;
Some Aspects of Bioinspirations in Energy Production and Consumptions
Keywords: طراحی سبک; bioinspiration; clean energy production; energy consumptions; lightweight design; surface structure; wear resistance;
Combinatorial screening of the microstructure-property relationships for Fe-B-X stiff, light, strong and ductile steels
Keywords: طراحی سبک; Steel; Lightweight design; Strength; Density; Stiffness; Ductility;
Lightweight design with welded high-frequency mechanical impact (HFMI) treated high-strength steel joints from S700 under constant and variable amplitude loadings
Keywords: طراحی سبک; Longitudinal stiffeners; High-strength steel; Constant and variable amplitude loading; Cumulative damage; Lightweight design
Online and real-time monitoring system for remaining service life estimation of automotive transmissions – Application to a manual transmission
Keywords: طراحی سبک; Automotive transmission; Damage prediction; Load monitoring; Lightweight design
Development of plastic front side panels for green cars
Keywords: طراحی سبک; Lightweight design; Design optimization; Injection molding; Green cars
Optimized design of press frames with respect to energy efficiency
Keywords: طراحی سبک; Pre-stressing; Optimization; Eco-design; Machine tools; Lightweight design; Energy consumption
Quantifiable measures of sustainability: a case study of materials selection for eco-lightweight auto-bodies
Keywords: طراحی سبک; Automotive; Lightweight design; Material selection; Design for sustainability
Lightweight design and crash analysis of composite frontal impact energy absorbing structures
Keywords: طراحی سبک; Lightweight design; CFRP tubes; Impact attenuator; Crashworthiness
Fatigue strength improvement by ultrasonic impact treatment of highly stressed spokes of cast aluminium wheels
Keywords: طراحی سبک; Fatigue; Constant and variable amplitude loading; Cast aluminium; Ultrasonic impact treatment; Lightweight design
Experimental Studies on Laser-based Hot-melt Bonding of thermosetting Composites and Thermoplastics
Keywords: طراحی سبک; laser joining; hot-melt bonding; lightweight design; thermosetting composite; carbon fiber reinforced plastic; thermoplastic;
Topology and parameter optimization of a foaming jig reinforcement structure by the response surface method
Keywords: طراحی سبک; Foaming jig structure; Lightweight design; Dimension precision and flatness; Topology optimization; Response surface method
The technical potential for reducing metal requirements through lightweight product design
Keywords: طراحی سبک; Lightweight design; Material efficiency; Design principles; CO2 emissions
Lightweight components for energy-efficient machine tools
Keywords: طراحی سبک; Energy efficiency; Lightweight design; Dynamic behaviour; Machine tool
Lightweight Design of Automotive Front Side Rail Based on Robust Optimisation
Keywords: طراحی سبک; Front side rail; Lightweight design; RSM; Robust optimisation; DOE; Structural crashworthiness