New Trends in Mechanism Science, 2010 Analysis and Design Mechanisms and Machine Science Series, Vol. 5

COMPUTATIONAL KINEMATICS.- Design and Kinematic Analysis of a Multiple-Mode 5R2P Closed-Loop Linkage.- Synthesis of Spatial RPRP Loops for a Given Screw System.- Contributions to Four-Positions Theory with Relative Rotations.- Cusp Points in the Parameter Space of RPR-2PRR Parallel Manipulators.- Kinematics and Design of a Simple 2-DOF Parallel Mechanism Used for Orientation.- Special Cases of Schönflies-Singular Planar Stewart Gough Platforms.- The Motion of a Small Part on the Helical Track of a Vibratory Hopper.- Kinematic Analysis of Screw Surface Contact.- Aspects Concerning VRML Simulation of Calibration for Parallel Mechanisms.- Protein Kinematic Motion Simulation Including Potential Energy Feedback.- Implementation of a New and Efficient Algorithm for the Inverse Kinematics of Serial 6R Chains.- Composition of Spherical Four-Bar-Mechanisms.- MICRO-MECHANISMS.- Simulation and Measurements of Stick-Slip-Microdrives for Nanorobots.- Analysis and Inverse Dynamic Model of a Miniaturized Robot Structure.- Design and Modelling a Mini-System with Piezoelectric Actuation.- LINKAGES AND MANIPULATORS.- Some Properties of Jitterbug-Like Polyhedral Linkages.- Servo Drives, Mechanism Simulation and Motion Profiles.- Azimuth Tracking Linkage Influence on the Efficiency of a Low CPV System.- Multi-Objective Optimization of a Symmetric Schönflies Motion Generator.- Cyclic Test of Textile-Reinforced Composites in Compliant Hinge Mechanisms.- The Optimization of a Bi-Axial Adjustable Mono-Actuator PV Tracking Spatial Linkage.- MECHANICAL TRANSMISSIONS.- Defect Simulation in a Spur Gear Transmission Model.- On a New Planetary Speed Increaser Drive Used in Small Hydros. Part I. Conceptual Design.- On a New Planetary Speed Increaser Drive Used in Small Hydros. Part II. Dynamic Model.- Simplified Calculation Method for the Efficiency of Involute Helical Gears.- Cam Size Optimization of Disc Cam-Follower Mechanisms with Translating Roller Followers.- The Dynamic Effects on Serial Printers Motion Transmission Systems.- Size Minimization of the Cam Mechanisms with Translating Roll Follower.- Kinematic Analysis of the Roller Follower Motion in Translating Cam-Follower Mechanisms.- Kinematic Analysis of Cam Mechanisms as Multibody Systems.- Peculiarities of Flat Cam Measurement by Results of Digital Photo Shooting.- Analyzing of Vibration Measurements upon Hand-Arm System and Results Comparison with Theoretical Model.- Elastic and Safety Clutch with Metallic Roles and Elastic Rubber Elements.- MECHANISMS FOR BIOMECHANICS.- A New Spatial Kinematic Model of the Lower Leg Complex: A Preliminary Study.- Selected Design Problems in Walking Robots.- Numerical Simulations of the Virtual Human Knee Joint.- Development of a Walking Assist Machine Using Crutches – Motion for Ascending and Descending Steps.- Human Lower Limb Dynamic Analysis with Applications to Orthopedic Implants.- Forward and Inverse Kinematics Calculation for an Anthropomorphic Robotic Finger.- EXPERIMENTAL MECHANICS.- Theoretical and Experimental Determination of Dynamic Friction Coefficient for a Cable-Drum System.- Modelling and Real-Time Dynamic Simulation of the Cable-Driven Parallel Robot IPAnema.- Horse Gait Exploration on “Step” Allure by Results of High Speed Strobelight Photography.- Simulation of the Stopping Behavior of Industrial Robots.- Mechanical and Thermal Testing of Fluidic Muscles.- Structural Dynamic Analysis of Low-Mobility Parallel Manipulators.- DYNAMICS.- Spatial Multibody Systems with Lubricated Spherical Joints: Modeling and Simulation.- Comparison of Passenger Cars with Passive and Semi-Active Suspension Systems Based on a Friction Controlled Damper.- Dynamic Balancing of a Single Crank-Double Slider Mechanism with Symmetrically Moving Couplers.- Evaluation of Engagement Accuracy by Dynamic Transmission Error of Helical Gears.- The Influence of the Friction Forces and the Working Cyclogram upon the Forces of a Robot.- Dynamic Aspects in Building up a Flight Simulator.- APPLICATIONS AND TEACHING METHODS.- Robotic Control of the Traditional Endoscopic Instrumentation Motion.- Ethics in Robotic Surgery and Telemedicine.- Optimal Control Problem in New Products Launch – Optimal Path Using a Single Command.- Mechanical Constraints and Design Considerations for Polygon Scanners.- Training Platform for Robotic Assisted Liver Surgery – The Surgeon’s Point of View.- Teaching Mechanisms: from Classical to Hands-on-Experiments and Research-Oriented.- Models Created by French Engineers in the Collection of Bauman Moscow State Technical University.- The Models of Centrifugal Governors in the Collection of Bauman Moscow State Technical University.- Advanced Approaches Using VR Simulations for Teaching Mechanism.- NOVEL DESIGNS.- Preliminary Design of ANG, a Low-Cost Automated Walker for Elderly.- An Active Suspension System for Simulation of Ship Maneuvers in Wind Tunnels.- Mechanism Solutions for Legged Robots Overcoming Obstacles.- CONTROL ISSUES OF MECHANICAL SYSTEMS.- Dynamic Reconfiguration of Parallel Mechanisms.- Development of a Voice Controlled Surgical Robot.- Modeling and Simulation of the Tracking Mechanism Used for a Photovoltaic Platform.- The Modular Robotic System for In-pipe Inspection.- MECHANISM DESIGN.- Geometric and Manufacturing Issues of the 3-UPU Pure Translational Manipulator.- Workspace Determination and Representation of Planar Parallel Manipulators in a CAD Environment.- A Theoretical Improvement of a Stirling Engine PV Diagram.- Cylindrical Worm Gears with Improved Main Parameters.- Multi-Objective Optimization of Parallel Manipulators.- A Design Method of Crossed Axes Helical Gears with Increase Uptime and Efficiency.- Dual Axis Tracking System with a Single Motor.- The Determination of the Exact Surfaces of the Spur Wheels Flank with the Unique Rack-Bar.- Choosing the Actuators for the TRTTR1 Modular Serial Robot.- MECHANICS OF ROBOTS.- Stiffness Modelling of Parallelogram-Based Parallel Manipulators.- Incorporating Flexure Hinges in the Kinematic Model of a Planar 3-PRR Parallel Robot.- On the Dynamics of a 5 DOF Parallel Hybrid Robot Used in Minimally Invasive Surgery.