All Stories

  1. Parametric study and multi-objective optimization in heat-assisted single point incremental forming of AA1050 aluminum alloy using experimental design methods
  2. A Novel Dynamic Modeling Framework for Flexure Mechanism-Based Piezoelectric Stick–Slip Actuators with Integrated Design Parameter Analysis
  3. A NOVEL REINFORCEMENT LEARNING - BASED CONTROL APPROACH FOR GRID-INTERGRATED PV-FESS SYSTEMS USING INDUCTION MOTORS
  4. Formability Assessment of C1100 Pure-Copper Tube Considering an Enhanced Modified Maximum Force Criterion
  5. INVESTIGATION OF ELECTRODE WEAR AND SURFACE QUALITY IN POWDER MIXED ELECTRICAL DISCHARGE MACHINING (PMEDM) WITH LOW-FREQUENCY VIBRATION APPLIED TO THE WORKPIECE
  6. OPTIMIZATION OF SURFACE ROUGHNESS IN AISI D-3 MACHINING USING POWDER-MIXED ELECTRICAL DISCHARGE MACHINING WITH ALUMINUM POWDER
  7. SURFACE ROUGHNESS AND GEOMETRIC PRECISION IN ULTRASONIC VIBRATION-ASSISTED TURNING OF HARDENED 9CrSi ALLOY STEEL
  8. Finite Element Analysis of the Contact Pressure for Human–Seat Interaction with an Inserted Pneumatic Spring
  9. A Study Using Advanced Simulation Techniques and Statistical Analysis for Enhanced Precision of Cylinder Cup in Sheet Metal Deep Drawing Processes
  10. Improving parameters for achieving uniform cylindrical cup wall thickness in two-step deep drawing processes with SPCC sheet material
  11. A Study on Yield Criteria Influence on Anisotropic Behavior and Fracture Prediction in Deep Drawing SECC Steel Cylindrical Cups
  12. Investigating the correlation between surface roughness and degree of chip segmentation in A7075 aluminum alloy milling across varied cutting speeds
  13. Enhancing EDM performance with multi-objective decision-making using copper-coated aluminum electrodes and TOPSIS methodology for Ti-6Al-4V machining
  14. Improving Micro-EDM Machining Efficiency for Titanium Alloy Fabrication with Advanced Coated Electrodes
  15. A combined simulation and experimental investigation on tool radius influence on enhancing the formability SPIF process for Al1050 sheet material
  16. Analyzing cutting force and vibration amplitude in high-speed milling of SKD11 steel with thermal assistance
  17. Enhancing grid stability through predictive control and fuzzy neural networks in flywheel energy storage systems integration
  18. Optimization and Modelling of Fracture Height in SECC Cylindrical Cup Deep Drawing Processes
  19. Investigating Technological Parameters and TiN-Coated Electrodes for Enhanced Efficiency in Ti-6Al-4V Micro-EDM Machining
  20. A study on rocker arm defect inspection based on vision system
  21. Optimizing micro-EDM with carbon-coated electrodes: A multi-criteria approach
  22. Investigating the influence of high-speed machining with heat-assisted machining (HAM) on machinability of heat-treated SKD61 steel
  23. Enhancing/Improving Forming Limit Curve and Fracture Height Predictions in the Single-Point Incremental Forming of Al1050 Sheet Material
  24. Novel model predictive control-based motion cueing algorithm for compensating centrifugal acceleration in KUKA robocoaster-based driving simulators
  25. Predictive Modeling of Spring-Back Behavior in V-Bending of SS400 Steel Sheets under Elevated Temperatures Using Combined Hardening Laws
  26. A Study Utilizing Numerical Simulation and Experimental Analysis to Predict and Optimize Flange-Forming Force in Open-Die Forging of C45 Billet Tubes
  27. Investigating the impact of yield criteria and process parameters on fracture height of cylindrical cups in the deep drawing process of SPCC sheet steel
  28. Enhancing Fire Detection Technology: A UV-Based System Utilizing Fourier Spectrum Analysis for Reliable and Accurate Fire Detection
  29. Improved uniformity in cylindrical cup wall thickness at elevated temperatures using deep drawing process for SPCC sheet steel
  30. EMPIRICAL EVALUATION OF HIGH-SPEED MACHINING AND HEATING SUPPORT ON CUTTING TOOL WEAR AND SURFACE ROUGHNESS DURING PROCESSING OF HEAT-TREATED SKD61 STEEL
  31. The Impact of High-Speed and Thermal-Assisted Machining on Tool Wear and Surface Roughness during Milling of SKD11 Steel
  32. Effectiveness of Lubricants and Fly Ash Additive on Surface Damage Resistance under ASTM Standard Operating Conditions
  33. Assessment of the Effect of Thermal-Assisted Machining on the Machinability of SKD11 Alloy Steel
  34. A study on the investigation of the microstructure of SKD61 steel after selected quenching and tempering processes
  35. Simulation and experimental comparison study based on predicting forming limit curve of SUS304 sheet material
  36. Validation of the magnetometer calibration algorithms based on geometric fitting
  37. An efficient approach for traffic sign detection, classification, and localization applied for autonomous intelligent vehicles
  38. Influence of heat treatment process on the hardness and material structure of SKD61 tool steel
  39. Person re-identification from multiple surveillance cameras combining face and body feature matching
  40. Comparative Analysis of Simulated and Experimental Results for SUS-304 Sheet Material in Incremental Sheet Metal Forming Process
  41. Parameter Identification of Chaboche Model for Aluminum Alloy Sheets Based on Differential Evolution Algorithm
  42. Auto-Tuning parameters of motion cueing algorithms for high performance driving simulator based on Kuka Robocoaster
  43. A Study for Improved Prediction of the Cutting Force and Chip Shrinkage Coefficient during the SKD11 Alloy Steel Milling
  44. A simulation and experimental study on the deep drawing process of SPCC sheet using the graphical method
  45. A comparative investigation on theoretical models for forming limit diagram prediction of automotive sheet metals
  46. False cue influence on motion cue quality for 10 motion cueing algorithms
  47. Experimental Researches of Turning Hardened 9CrSi Alloy Tool Steel with Laser-Assisted Machining
  48. Graphical method based on modified maximum force criterion to indicate forming limit curves of 22MnB5 boron steel sheets at elevated temperatures
  49. A Comparative Investigation on Theoretical Models for Forming Limit Diagram Prediction of Sheet Metals
  50. A Study on Vibration During Heat Assisted End Milling of SKD11 Tool Steel
  51. An Application of Kinect-Based 3D Scanning in Mechanical Engineering
  52. Effect of High-Speed Milling Parameters on Chip Shrinkage and Tool–Chip Junction Length of A6061 Alloy
  53. Optimization of Predicting Spring-Back When V-Bending for SS400 Steel Plate
  54. A numerical and experimental study on the hold-edge conditions and hole-expansion ratio of hole-blanking and hole-expansion tests for ferrite bainite steel (FB590) sheets
  55. A study on experiment and simulation to predict the spring-back of SS400 steel sheet in large radius of V-bending process
  56. A novel motion cueing algorithm integrated multi-sensory system–Vestibular and proprioceptive system
  57. A Study on Partitioning Freeform Surface and Tool Selection Method for 3-Axes CNC Machining
  58. Application/Comparison Study of a Graphical Method of Forming Limit Curve Estimation for DP590 Steel Sheets
  59. Multi-Criteria Decision Making Using Preferential Selection Index in Titanium based Die-Sinking PMEDM
  60. Study on Cutting Force and Chip Shrinkage Coefficient during Thermal - Assisted Machining by Induction Heating of SKD11 Steel
  61. Rapid Prototyping for Sheet Metal Products
  62. Combined Hardening Behavior for Sheet Metal and its Application
  63. A study on a deep-drawing process with two shaping states for a fuel-filter cup using combined simulation and experiment
  64. Improving the Depth Accuracy and Assessment of Microsoft Kinect v2 Towards a Usage for Mechanical Part Modeling
  65. Experimental study on the chip morphology, tool–chip contact length, workpiece vibration, and surface roughness during high-speed face milling of A6061 aluminum alloy
  66. Combined numerical and experimental study to predict the forming limit curve of boron steel sheets at elevated temperatures
  67. Material, Machines and Methods for Sustainable Development
  68. Mechanical Properties of SS400 Steel Plate at Elevated Temperatures
  69. A Simulation Study on Improving Formability of SUS304 Sheet Metal Deep Drawing Process
  70. Determining the Optimal Parameters of Chip Shrinkage Coefficient and Cutting Force in High-Speed Machining for Aluminum Alloy A6061
  71. Experimental Researching of Thermal - Assisted Milling with Induction on Surface Roughness of SKD11 Steel
  72. A Graphical Method to Estimate Forming Limit Curve of Sheet Metals
  73. Cutting Force Model for Thermal-Assisted Machining of Tool Steel Based on the Taguchi Method
  74. Die steel surface layer quality improvement in titanium μ-powder mixed die sinking electrical discharge machining
  75. A study on spring-back in U-draw bending of DP350 high-strength steel sheets based on combined isotropic and kinematic hardening laws
  76. A study of combined finite element method simulation/experiment to predict forming limit curves of steel DP350 sheets
  77. A study on the cutting force and chip shrinkage coefficient in high-speed milling of A6061 aluminum alloy
  78. Characteristics optimization of powder mixed electric discharge machining using titanium powder for die steel materials
  79. Simulation and experimental studies to verify the effect of cutting parameters on chip shrinkage coefficient and cutting forces in machining of A6061 aluminum alloy
  80. Surface quality analysis of die steels in powder-mixed electrical discharge machining using titan powder in fine machining
  81. Incremental forming of 3D structured aluminum sheet
  82. A Study on Yield Function for Ti–6Al–4V Titanium Alloy Sheets at Elevated Temperatures
  83. Improving formability of tube bending for a copper material using finite element simulation
  84. Scientific and technological journals in Vietnam: the current state and direction of development
  85. A New Constitutive Model for AZ31B Magnesium Alloy Sheet Deformed at Elevated Temperatures and Various Strain Rates
  86. Formability improvement and blank shape definition for deep drawing of cylindrical cup with complex curve profile from SPCC sheets using FEM
  87. A numerical study on establishing the forming limit curve and indicating the formability of complex shape in incremental sheet forming process
  88. Coupled thermomechanical finite element analysis to improve press formability for camera shape using AZ31B magnesium alloy sheet
  89. Finite element method study to predict spring-back in roll-bending of pre-coated material and select bending parameters
  90. Flow stress equations of Ti-6Al-4V titanium alloy sheet at elevated temperatures
  91. Formability Predictions of Deep Drawing Process for Aluminum Alloy A1100-O Sheets by Using Combination FEM with ANN
  92. A Modified Johnson–Cook Model to Predict Stress-strain Curves of Boron Steel Sheets at Elevated and Cooling Temperatures
  93. A study on material modeling to predict spring-back in V-bending of AZ31 magnesium alloy sheet at various temperatures
  94. A Study on Developing Robustness Engineering by Using Stochastic Analysis Method
  95. A Development of Lancing Engineering Method for Lamp-CAN Stamping Process by Using Forming Analysis
  96. A Study on Modified Maximum Force Criterion to Predict Forming Limit Curve of Stainless Steel Sheet
  97. Application of Incremental Sheet Metal Forming for Automotive Body-In-White Manufacturing
  98. Incremental Sheet Metal Forming: Numerical Simulation and Rapid Prototyping Process to make an Automobile White‐Body
  99. A Modified Johnson-Cook Model for Sheet Metal Forming at Elevated Temperatures and Its Application for Cooled Stress-Strain Curve and Spring-Back Prediction
  100. Ductile Fracture Prediction in Rotational Incremental Forming for Magnesium Alloy Sheets Using Combined Kinematic/Isotropic Hardening Model
  101. Combined kinematic/isotropic hardening behavior study for magnesium alloy sheets to predict ductile fracture of rotational incremental forming
  102. Finite element method study of incremental sheet forming for complex shape and its improvement
  103. Finite Element Method Simulations to Improve Press Formability of Door Hinge
  104. Combination of isotropic and kinematic hardening to predict fracture and improve press formability of a door hinge