VDI manual Technology of Mechanism Design I: Transmission with Varying Velocity Ratio

VDI Standardisation Work - Principles and procedures

Motion transmission through four-member plane articulated gearboxes - Dimensional synthesis for general layer assignments - Gear unit designs with two swivel joints at the coupling link

Motion transmission through four-member plane articulated gearboxes - Dimensional synthesis for general layer assignments - Gear unit designs with one swivel joint and one prismatic joint at the coupling link

Planar mechanisms - Transfer of an input rocker motion into an output rocker motion with regard to optimum transmission angle

Planar mechanisms - Transfer of a slider motion into a rocker motion with regard to optimum transmission angle

Planar mechanisms - Transfer of a rocker motion into a slider motion with regard to optimum transmission angle

Technical principles of mechanisms; terminology of mechanisms

Crank and rocker mechanisms; design and computation in four-link planar linkages

Construction of planar cam mechanisms - Fundamentals, profile calculation and design

Motion rules for cam mechanisms and motion control systems - Theoretical fundamentals

Motion rules for cam mechanisms; practical application

Dynamics of mechanisms; the harmonic analysis, an application oriented tool in mechanism design

Planar, four-bar linkages; terminology, systematic approach

Dynamics of mechanisms; definitions and fundamental principles

Transmission dynamics - Rigid body mechanisms

Transmission dynamics - Elastic mechanisms

Spherical four-bar crank mechanisms - Fundamentals and system

Simple spatial crank mechanisms - Classification and conception

Basic economical information for design engineers

Economical decisions during design engineering process; methods and equipment

Measurement and testing of gears - Evaluation of profile and helix measurements on cylindrical gears with involute profile

Measurement and testing of gearings - Surface roughness measurement of cylindrical gears and bevel gears by means of stylus-type instruments

Cardan shafts and cardan shaft lines - Homokinematic mechanisms

Catalogues for machine design; mechanisms for motiontransfer; fundamentals

Catalogues for machine design - Mechanisms for motion transfer - Converting unidirectional rotation or alternate push into rectilinear alternate motion

Catalogues for machine design - Mechanisms for motion transfer - Converting unidirectional rotation into intermittent rotation

Catalogues for machine design - Mechanisms for motion transfer - Converting unidirectional rotation into oscillating motion

Catalogues for machine design - Mechanisms for motion transfer - Converting unidirectional rotation into non-uniform unidirectional motion

Catalogues for machine design - Mechanisms for motion transfer - Mechanisms for extreme oscillating motion

Solution of motion problems using symmetrical coupler curves - Problems of transmissions

Solution of motion problems using symmetrical coupler curves - Problems of guidance - straight line

Modular analysis of planar linkages with rotating and sliding joints - Kinematic analysis

Modular analysis of planar linkages with rotating and sliding joints - Kinematic analysis - Corrigendum concerning standard VDI 2729 Part 1:2016-06

Modular analysis of planar linkages with rotating and sliding joints - Kinetostatic analysis

Modular analysis of planar linkages with rotating and sliding joints - Kinetostatic analysis - Corrigendum concerning standard VDI 2729 Part 2:2020-05

Tolerances and dimensional management in mechanical linkages - Checklists - Approach and tools

Mechanical devices for automation equipment - Grippers for manipulators and industrial robots

Mechanical devices for automation equipment - Guidance mechanisms

Mechanical devices for automation equipment - Mechanisms for partially synchronised motion

Cam mechanisms for point and plane guidance

Motion control systems with non-uniform translating mechanism - Benefits and implementation aspects