All Stories

  1. Assembly Modes and Workspace Analysis of a 3-RRR Planar Manipulator
  2. A Symmetrical RRPRR Robust Coupling for Crossed Axes Transmission
  3. Force Transmission in Mechanisms Actuated by Linear Motors
  4. Some Particular Theoretical Aspects of Internal-External Gear Pairs with Zero Difference in Numbers of Teeth
  5. Advanced Robots
  6. Designing a Robotic Gripper Based on the Actuating Capacity of NiTi-Based Shape Memory Wires
  7. Advanced Materials for Multifunctional Applications
  8. A Rapid and Inexpensive Method for Finding the Basic Parameters of Involute Helical Gears
  9. Control Advances in Upper Limb Prostheses: A Review. Part I: Invasive Methods
  10. Control Advances in Upper Limb Prostheses: A Review. Part II: Non-Invasive Methods
  11. Assembling Modes of a 3-RRR Planar Mechanism and Its Workspace Analysis
  12. Workspace Analysis of a 3 RRR Planar Mechanism
  13. A Concise Review of Upper Limb Prostheses
  14. A Short Overview on Terrestrial Hybrid Locomotion Mobile Robots
  15. Preliminary Functionality Tests of an Improved Ankle Rehabilitation Device
  16. Design of a Hybrid Locomotion Mobile Manipulator for Agricultural Application
  17. 25th International Symposium on Measurements and Control in Robotics
  18. Design and kinematic modeling of a mobile manipulator with hybrid locomotion for agricultural applications
  19. A New Direct and Inexpensive Method and the Associated Device for the Inspection of Spur Gears
  20. Proposed Shaft Coupling Based on RPRRR Mechanism: Positional Analysis and Consequences
  21. Design and Experimental Testing of an Ankle Rehabilitation Robot
  22. A New RP1PR Type Coupling for Shafts with Crossed Axes
  23. Developments in the Design of an Ankle Rehabilitation Platform
  24. Study of the wear behavior of bronze coatings deposited by the EAS method
  25. Dimensional synthesis and comparative simulation of two planar deployable mechanisms
  26. The Kinematics of a Bipod R2RR Coupling between Two Non-Coplanar Shafts
  27. Ankle Rehabilitation Robotic Platform. Part A: Structural Synthesis
  28. Ankle Rehabilitation Robotic Platform. Part B: Possible Constructive Solutions
  29. Eco-Friendly Biosorbents Based on Microbial Biomass and Natural Polymers: Synthesis, Characterization and Application for the Removal of Drugs and Dyes from Aqueous Solutions
  30. Robotic system design and development for automated dismantling of PCB waste
  31. Modeling and analysis of some planar deployable mechanisms. Part 2: curvilinear bar mechanisms
  32. Modeling and analysis of some planar deployable mechanisms. Part 1: translational bar mechanisms
  33. Agricultural robot for small farms
  34. Robotic applications on agricultural industry. A review
  35. Dismantling strategy for capacitors placed on printed circuits boards: challenges and preliminary results
  36. Preliminary results and evaluation of an ankle rehabilitation device
  37. Theoretical aspects on internal cylindrical gears with small tooth number difference
  38. The conjugate profile of the circular teeth of a spur gear. Part II: Problem solution
  39. The conjugate profile of the circular teeth of a spur gear. Part I: Problem statement
  40. A Numerical Procedure for Position Analysis of a Robotic Structure. Part I: General Methodology
  41. A Numerical Procedure for Position Analysis of a Robotic Structure. Part II: 3C Robotic Arm Illustration
  42. Structural and kinematic aspects of some bar mechanisms for deployable structures
  43. Flexible co-manipulation and transportation with mobile multi-robot system
  44. On designing an automated tool for capacitors removal from waste printed circuits boards
  45. Use of dual numbers in kinematical analysis of spatial mechanisms. Part I: principle of the method
  46. Use of dual numbers in kinematical analysis of spatial mechanisms. Part II: applying the method for the generalised Cardan mechanism
  47. A one-degree-of freedom ankle rehabilitation platform
  48. Design of cooperative mobile robots for co-manipulation and transportation tasks
  49. Use of dual numbers in kinematical analysis of spatial mechanisms. Part I: principle of the method
  50. Use of dual numbers in kinematical analysis of spatial mechanisms. Part II: applying the method for the generalised Cardan mechanism
  51. An overview on the applications of mechanisms in architecture. Part I: bar structures
  52. An Overview on the Applications of Mechanisms in Architecture. Part II: Foldable Plate Structures
  53. Analytical kinematics for direct coupled shafts using a point-surface contact
  54. Robotic wrists mechanisms with bevel internal gears having a small difference in numbers of teeth
  55. Mechanisms with Bevel Internal Gears Having a Small Difference in Numbers of Teeth
  56. Compliant mechanism for ankle rehabilitation device. Part II: optimization and simulation results
  57. Compliant mechanism for ankle rehabilitation device; Part I: modelling and design
  58. Unmanned Ground and Aerial Robots Supporting Mine Action Activities
  59. Unmanned Ground and Aerial Robots Supporting Mine Action Activities
  60. PRELIMINARY MATHEMATICAL MODEL OF A NEW ANKLE REHABILITATION DEVICE
  61. Facial expressions recognition with an emotion expressive robotic head
  62. Simulation of an ankle rehabilitation system based on scotch- yoke mechanism
  63. A short overview of upper limb rehabilitation devices
  64. Design, modelling and simulation aspects of an ankle rehabilitation device
  65. Graphical shapes of the 2ndtype singularities of a 3-RR̠R planar mechanism
  66. Some experimental results on Coanda effect with application to a flying vehicle
  67. Cooperative Mobile Robot Control Architecture for Lifting and Transportation of Any Shape Payload
  68. An overview on internal geared mechanisms with small difference between teeth number
  69. Ankle rehabilitation device with two degrees of freedom and compliant joint
  70. Design of a Testing Device for Cruciform Specimens Subjected to Planar Biaxial Tension
  71. Design Aspects of a New Device for Ankle Rehabilitation
  72. Preliminary Ideas on the Odometry of an Omni-directional Mobile Robot
  73. A Hexapod Walking Micro-robot with Artificial Muscles
  74. An Overview on Ankle Rehabilitation Devices
  75. Deployable Structures for Architectural Applications - A Short Review
  76. Design and Kinematic Aspects of a Hybrid Locomotion Robot
  77. A Mobile Robot with Modified Mecanum Wheels
  78. A Workspace Characterization of the 3-RRR Planar Parallel Mechanism
  79. Advanced Concepts in Mechanical Engineering I
  80. Lifting Mechanism for Payload Transport by Collaborative Mobile Robots
  81. Application of Ni-Ti shape memory alloy actuators in a walking micro-robot
  82. Controlling a Social Robot - Performing Nonverbal Communication through Facial Expressions
  83. An Overview on the Design of Mobile Robots with Hybrid Locomotion
  84. Design of Collaborative, Cross & Carry Mobile RoBots "C3Bots"
  85. Localization Methods for Mobile Robots - A Review
  86. Preliminary Ideas on Designing an Unmanned Aerial Vehicle Based on Coanda Effect
  87. From Educational Robotics Towards Social Robots
  88. Neck Design Solution Adopted in the Development of a New Social Robot
  89. DESIGN AND LOCOMOTION MODES OF A SMALL WHEEL-LEGGED ROBOT
  90. A concept of walking robot for humanitarian demining
  91. Expressing Emotions in Social Robotics - A Schematic Overview Concerning the Mechatronics Aspects and Design Concepts
  92. A Hexapod Walking Micro-Robot with Compliant Legs
  93. Design, Modeling and Control of an Omni-Directional Mobile Robot
  94. Conceptual Design of an Omni-directional Mobile Robot
  95. Omnidirectional Mobile Robot - Design and Implementation
  96. An integrated robotic system for antipersonnel mines detection
  97. Development of a high-mobility wheeled robot for humanitarian mine clearance
  98. A conceptual walking vehicle for planetary exploration
  99. Design and Control of an Omni-directional Mobile Robot