Keywords: تراشکاری; Green Manufacturing; Process Optimization; Turning; Lubrication; Cutting Insert Wear.;
مقالات ISI تراشکاری (ترجمه نشده)
مقالات زیر هنوز به فارسی ترجمه نشده اند.
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.
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: تراشکاری; Turning; Roughness; Surface roughness standard; Principal Components Analysis (PCA); Characterization of surfaces;
Keywords: تراشکاری; Turning; Surface topography; DFT; Least squares; Error identification;
Keywords: تراشکاری; Gait; Dopamine; Acetylcholine; Turning; Falls;
Keywords: تراشکاری; Autonomous orchard vehicle; Slippage estimation; Row following; Turning;
Keywords: تراشکاری; Visuospatial perception; Orientation; Aesthetics; Bisection; Pseudoneglect; Mental number line; Space mapping; Sensorimotor; Turning; Rotation; Directionality bias; Clockwise; Anticlockwise; Dynamic model; Cerebral lateralization; Heritability; Neurogenet
Keywords: تراشکاری; Turning; Chatter; Time domain model;
Keywords: تراشکاری; Cutting; Turning; ACL injury; Trunk; Agility performance;
Keywords: تراشکاری; Cutting; Turning; Whole body mechanics; Dynamic stability; Anticipatory postural adjustments;
Keywords: تراشکاری; Turning; Tool holder; Clamp; Metal cutting; PCBN;
Keywords: تراشکاری; Turning; Aluminum alloy; Melt treatment; Surface roughness; Chip morphology
Keywords: تراشکاری; Gait; Turning; Speed; Biomechanics; Center of mass; COM; Turning angle; RCOF;
Keywords: تراشکاری; Metal matrix composites; Turning; Particle fracture; Particle debonding, Particle pullout
Keywords: تراشکاری; Turning; Characterization of surfaces; Surface irregularity; Roughness; Vibration;
Keywords: تراشکاری; Tug-towed ship; Turning; Towline length; Deflection-rudder angle; Towing angle; Slack towline;
Keywords: تراشکاری; Turning; Temperature distribution; 3D numerical model; Eulerian approach; Steady state;
Keywords: تراشکاری; Machining; Turning; Optimization; Simulation
Keywords: تراشکاری; Vegetable oil; Lubrication; Turning; Surface roughness; Machining power; Environment;
Keywords: تراشکاری; Chatter; Turning; Band-limited force control
Keywords: تراشکاری; Equine; Body lean angle; Gait; Rein; Turning;
Keywords: تراشکاری; Slips and falls; Friction; Required coefficient of friction; RCOF; Friction demand; Gait; Turning; Speed; Biomechanics;
Keywords: تراشکاری; Gait; Turning; Dual-task; Stroke; Falls;
Keywords: تراشکاری; Turning; Onset latency; Balance; Stroke; Falls;
Keywords: تراشکاری; Mathematical model; Turning; Glass fibre reinforced polymer composites; Tool wear; Analysis of variance
Keywords: تراشکاری; Turning; Gait; Kinetics; Oxford foot model; Children
Keywords: تراشکاری; Specific energy consumption; Energy model; Optimal cutting parameters; Minimum energy consumption; Turning;
Keywords: تراشکاری; Chatter; Vibration; Turning; Discontinuous; Pulse
Keywords: تراشکاری; Surface roughness prediction; Surface property; Turning; Genetic programming; Stepwise regression; Support vector regression
Keywords: تراشکاری; Dynamic cutting force coefficients; Cutting process excitation; Cutting process transfer function; Turning; Regenerative chatter; Structural dynamics;
Keywords: تراشکاری; Turning; Children; Center of mass; Step turn; Spin turn;
Keywords: تراشکاری; Temperature measurement; PVD coating; Turning; Cutting;
Keywords: تراشکاری; Parkinson's disease; Turning; Freezing of gait;
Keywords: تراشکاری; Aging; Stepping; Turning; Gait; Segmental angles;
Keywords: تراشکاری; Turning; Deformation; Compensation of workpiece and tool deformation
Keywords: تراشکاری; Turning; chatter; uncertainty; frf; robustness
Keywords: تراشکاری; cutting; force; edge; chip; turning; dynamic
Keywords: تراشکاری; Residual Stress; Turning; Wear
Keywords: تراشکاری; Residual stresses; turning; 3D numerical modeling; 27MnCr5; surface integrity
Keywords: تراشکاری; Turning; Variable depth of cut; Cutting forces; CAD–CAM systems
Using CAD CAM system for manufacturing of innovative cutting tool
Keywords: تراشکاری; turning; innovative tools; oblique cutting; curvilinear cutting edge; round insert; CAD-CAM;
Ion implantation of the tool's rake face for machining of the Ti-6Al-4V alloy
Keywords: تراشکاری; Ion implantation; Turning; Titanium alloy; Edge wear;
Substitution of commercially coated tungsten carbide tools in dry cylindrical turning process by HiPIMS coated niobium carbide cutting inserts
Keywords: تراشکاری; Turning; Tool; Coating; Physical vapor deposition (PVD); Niobium carbide (NbC);
Influence of heat treatment on the machinability and corrosion behavior of AZ91 Mg alloy
Keywords: تراشکاری; AZ91 Mg alloy; Solid solution; Turning; Corrosion; Machinability;
Measurement and optimization of performance characteristics in turning of Mg alloy under dry and MQL conditions
Keywords: تراشکاری; Magnesium; Turning; Tool wear; Surface roughness; Cutting force; Temperature; GRA;
Study of tool wear and chemical interaction during machining of Ti6Al4V
Keywords: تراشکاری; Ti6Al4V; Turning; Crater wear; Tungsten; X-ray diffraction;
Performance analysis and optimization in turning of ASTM A36 through process capability index
Keywords: تراشکاری; Frequency of tool vibration; Process capability analysis; Surface roughness; Turning;
Influence of cutting speed and workpiece material on the wear mechanisms of CVD TiCN/α-Al2O3 coated cutting inserts during turning
Keywords: تراشکاری; Turning; Wear; Cemented carbide; Hard coatings; Cutting inserts; Workpiece material;
Temporal-Spatial Values During a 180° Step Turn in People with Unilateral Lower Limb Amputation
Keywords: تراشکاری; Lower limb amputation; Outcome measures; Turning; Amputee mobility;
Criterion validity of the instrumented Timed Up and Go test: A partial least square regression study
Keywords: تراشکاری; Instrumental timed up and go test; ITUG; Validity assessment; Partial least square regression; Turning; Angular velocity;
Turning characteristics of in situ formed TiB2 ceramic particulate reinforced AA7075 aluminum matrix composites using polycrystalline diamond cutting tool
Keywords: تراشکاری; Aluminum matrix composite; Turning; Cutting force; Surface roughness; Chip formation;