Titlebook: Regeneration of Complex Capital Goods; Contributions to the Joerg R. Seume,Berend Denkena,Philipp Gilge Book‘‘‘‘‘‘‘‘ 2025 The Editor(s) (if

排名真古怪

Non-destructive Characterization of Coating and Material Conditions of Heavily Stressed Turbine Compechniques were developed to realize a flexible and adaptive inspection sequence. In addition to an initial inspection, the advantages of this inspection system with regard to quality assurance measures are also discussed. In this context, the focus is on regeneration. Furthermore, fatigue tests with

Mucosa

Multiscale Measurement of Blade Geometries with Robot-Supported, Laser-Positioned Multi-sensor-Technbe selected. To provide a measurement system, which can be used for the inspection of worn components, various optical measurement methods were combined to create a multi-sensor system. To completely reconstruct complex geometries a 6-axis industrial robot and an additional rotational axis are appli

Androgen

物種起源

Adaptable and Component-Protecting Disassembly in the Regeneration Pathwhich would lead to higher repair costs or, in the worst case, to destruction and loss of the components, disassembly must be as gentle as possible on the components. Due to ambiguous causes, such as thermal or mechanical product loads during operation, the unknown product condition is a characteris

木質(zhì)

Impact of Mixing on the Signature of Combustor Defects of the Collaborative Research Center 871 is to provide early prediction about the condition of the engine by analysing the signature of the exhaust gas jet. This includes the usage of machine learning techniques and helps to optimise maintenance times and to reduce costs. This topic is linked to th

催眠

Near Net Shape Turbine Blade Repair Using a Joining and Coating Hybrid Process require a high degree of manual work. In this study, the development of a near net shape joining and coating hybrid technology for the repair of turbine blades is presented. With this technology, it is possible to shorten the current state-of-the-art process chain for repairing turbine blades. The

flex336

FIS

芳香一點(diǎn)

Dynamical Behaviour and Strength of Structural Elements with Regeneration Induced Imperfections and repaired blades commonly differ from those of the nominal blades. The changes in vibration behaviour and stress distribution resulting from the repair processes could significantly impair the structural integrity of blades. This work addresses this evaluation of repair-specific influences on the st

Sciatica