VDI manual Chemical and Process engineering - Volume 3: Availability/Failure analysis

VDI Standardisation Work - Principles and procedures

Functional safety in the process industry - Introduction, terms, conception

Functional safety in the process industry - Introduction, terms, conception - Corrigendum concerning standard VDI/VDE 2180 Blatt 1:2019-04

Functional safety in the process industry - Planning, installation and operation of safety instrumented functions

Functional safety in the process industry - Verification of probability of failure on demand (PFD)

Functional safety in the process industry - Mechanical components in safety instrumented systems

Plant asset management (PAM) in the process industry - Definition, model, task, benefit

Plant asset management (PAM) in process industry - Specifications and methods

Application of thermography to maintenance diagnostics - Equipment technology

Obsolescence management from the perspective of users and operators

Heat-transfer systems with organic heat-transfer media - Operation, maintenance and repair

Technical availability of machines and production lines - Terms, definitions, determination of time periods and calculation

Failure analysis - Fundamentals and performance of failure analysis

Failure analysis - Fundamentals, terms, defintions - Procedure of failure analyses

Failure analysis - Failures caused by mechanical loading

Failure analysis - Failures of metallic products caused by corrosion in aqueous media

Failure analysis - Failures of metallic products caused by corrosion in aqueous media

Failure analysis - Failures on metal products caused by tribology working conditions

Failure analysis - Failures caused by thermal loading

Failure analysis - Failures in welded metallic components

Failure analysis - Liquid-metal-induced crack formation

Failure analysis - Failures caused by mechanical working conditions

Failure analysis - Defects of thermoplastic products made of plastics caused by faulty design

Failure analysis - Significant instrumental analysis methods for failure analysis of products made of plastics

Failure analysis - Defects of thermoplastic products made of plastics caused by faulty processing

Failure analysis - Defects of thermoplastic products made of plastics caused by an unfavourable choice of material and by defects in the material

Failure analysis - Defects of thermoplastic products made of plastics caused by mechanical stress

Failure analysis - Defects of thermoplastic products made of plastics caused by thermal stress

Failure analysis - Defects of thermoplastic products made of plastics caused by tribology-induced stress

Failure analysis - Defects of thermoplastic products made of plastics caused by chemical stress

Failure analysis - Defects of thermoplastic products made of plastics caused by weather-induced stress

Failure analysis - Defects of thermoplastic products made of plastics caused by microbial stress

Failure analysis - Defects on elastomeric products caused by aging

Failure analysis - Significant instrumental analysis methods for failure analysis of elastomeric products

Failure Analysis - Defects on elastomeric products caused by faulty compounding

Failure analysis - Defects on elastomeric products caused by faulty processing

Failure analysis - Defects on elastomeric products caused by faulty design

Failure analysis - Defects on elastomeric products caused by mechanical stress

Failure analysis - Defects on elastomeric products caused by mechanical stress - Corrigendum concerning guideline VDI 3822 Part 2.2.5:2016-01

Failure analysis - Defects on elastomeric products caused by thermal-induced stress

Failure analysis - Defects on elastomeric products caused by media-induced stress

Failure analysis - Defects on elastomeric products caused by climate-induced stress