Prof. Dr. Nico Hanenkamp



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Types of publications

Journal article
Book chapter / Article in edited volumes
Authored book
Translation
Thesis
Edited Volume
Conference contribution
Other publication type
Unpublished / Preprint

Publication year

From
To

Abstract

Journal

Enhancing Energy Efficiency in Machining through Digital Twin Technology: Predictive Modeling of Thermal Loads in Machine Tool Spindles (2025) Banihani M, Hanenkamp N Conference contribution Initial Study on Milling in an Ultrasonically Excited Metalworking Fluid Bath (2025) Gross D, Eichinger M, Selzam JH, Hanenkamp N Conference contribution Sustainable Dry Turning of Aluminum Alloys Using Pulsed High-Pressure Cryogenic Jet Cooling (2025) Selzam JH, Enslein N, Gross D, Hanenkamp N Conference contribution Investigation of the effects of CO2 pre-cooling on the cooling capacity for cryogenic cooling in machining operations (2024) Meier T, Selzam JH, Röckelein A, Hanenkamp N Journal article Innovative Refrigeration Technology for Machine Tools with Sustainable Refrigerants and Digital Twins (2024) Banihani M, Stemmler T, Hanenkamp N Journal article, Original article SUPPORTING MANUAL CONTOUR AND SURFACE PROCESSING WITH THE HELP OF AUGMENTED REALITY (2023) Mühlbauer M, Auer A, Würschinger H, Hanenkamp N Journal article Influence of Carbon Dioxide Temperature on Sprayability and Solubility in Cryogenic Minimum Quantity Lubrication with Bio-Based Lubricants (2023) Meier T, Lermer M, Gross D, Hanenkamp N Book chapter / Article in edited volumes Influence of Additivation of Bio-Based Lubricants on Sprayability and Solubility for Cryogenic Minimum Quantity Lubrication (2023) Meier T, Lermer M, Gross D, Hanenkamp N Book chapter / Article in edited volumes Model-Based Correlation Analysis of Machine Control Parameters and Process Vibration Amplitudes by the Example of Milling (2023) Ju S, Reitenspieß M, Zhang K, Hanenkamp N Book chapter / Article in edited volumes ECO2il - Entwicklung biobasierter Metallbearbeitungsöle für die kryogene Minimalmengenschmierung : Schlussbericht zum Vorhaben : Laufzeit: 01.06.2019 bis 31.05.2022 (2023) Meier T, Hanenkamp N Other publication type, Schlussbericht