VDI Standardisation Work - Principles and procedures

Serviceability of structures under dynamic loads - Methods of analysis and evaluation in structural dynamics - Basics, methods, procedures and loads

Serviceability of structures under dynamic loads - Methods of analysis and evaluation in structural dynamics - Shock and vibration - prognosis, measurement, evaluation and reduction measures

Serviceability of structures under dynamic loads - Methods of analysis and evaluation in structural dynamics - Secondary airborne sound - prognosis, measurement, evaluation and reduction measures

Torsional vibration of drivelines - Calculation, measurement, reduction

Torsional vibration of drivelines - Calculation, measurement, reduction - Corrigendum concerning standard VDI 2039:2016-06

Human exposure to mechanical vibrations - Whole-body vibration

Human exposure to mechanical vibrations - Whole-body vibration - Corrigendum concerning standard VDI 2057 Part 1:2017-08

Human exposure to mechanical vibrations - Hand-arm vibration

Human exposure to mechanical vibration - Whole-body vibration at workplaces in buildings

Characteristics and recognition of non-linear vibratory systems - Free, forced and self-excited vibrations

Modular elements for reduction of shock effects - Shock reducing elements

Vibration insulation - Terms and methods

Vibration insulation - Insulation elements

Active vibration isolation

Active vibration reduction

Transmission dynamics - Rigid body mechanisms

Transmission dynamics - Elastic mechanisms

Damping of materials and members - Classification and survey

Damping of materials and members - Damping of solids

Damping of materials and members - Damping of assemblies

Damping of materials and members - Models for damped structures

Damping of materials and members - Experimental techniques for the determination of damping characteristics

Protective measures against vibration effects on man

Measurement of structure-borne sound of rolling element bearings in machines and plants for evaluation of condition

Dynamic damper and dynamic vibration absorber - Dynamic damper - Fundamentals, characteristics, implementation, application

Dynamic damper and dynamic vibration absorber - Dynamic damper - Fundamentals, characteristics, implementation, application - Corrigendum concerning standard VDI 3833 Part 1:2014-09

Dynamic damper and dynamic vibration absorber - Dynamic vibration absorber and dynamic vibration absorption

Measurement and evaluation of the mechanical vibration of wind turbines and their components - Wind turbines with gearbox

Measurement and evaluation of the mechanical vibration of wind turbines and their components - Wind turbines without gearbox

Measurement and evaluation of mechanical vibration of screw-type compressors and Root blowers - Addition to DIN ISO 10816-3

Ground-borne vibration in the vicinity of at-grade rail systems - Spectral prediction method

Measurement and evaluation of mechanical vibration of reciprocating piston engines and piston compressors with power ratings above 100 kW - Addition to DIN ISO 10816-6

Instructions on measuring and interpreting the vibrations of machines - General principles

Instructions on measuring and interpreting the vibrations of machines - Vibration patterns for excitation arising from unbalance, incorrect assembly, bearing faults and damage to rotating components

Instructions on measuring and interpreting the vibrations of machines - Typical vibration patterns with fans and blowers for gases

Instructions on measuring and interpreting the vibrations of machines - Typical vibration patterns with fans and blowers for gases, Corrigendum concerning guideline VDI 3839 Part 4:2010-06

Instructions on measuring and interpreting the vibration of machines - Typical vibration patterns with electrical machines

Instructions on measuring and interpreting the vibration of machines - Typical vibration patterns with machine sets in hydraulic power stations

Instructions on measuring and interpreting the vibration of machines - Typical vibration patterns with centrifugal pumps

Instructions on measuring and interpreting the vibrations of machines - Typical vibration patterns with reciprocating machines

Vibration analysis for machine sets

Vibrations in piping systems

Modelling of vibrating systems

Vibration analysis - Procedures and presentation of results - Terminology and basic principles

Vibration analysis - Procedures and presentation - Multivariate methods

Structure monitoring and assessment of wind turbines and offshore stations

Reduction of the effects of shocks of individual and periodically recurring shocks on vibratory systems