TUdatalib : Druckmaschinen und Druckverfahren (IDD)

Auflistung nach

Titeln Autoren Typ Zugangsdatum Schlagworten DFG-Fächer

Sammlungen in diesem Bereich

Biomedical Printing Technology [0]

Research data repository of Prof. Andreas Bläser's BMT group at the IDD, TU Darmstadt
Felix Braig, Dissertation 2023 [1]

Suppplementary material for PhD thesis containing Python code to analyze interferograms and sample data
Julian Schäfer, In situ Untersuchung der hochdynamischen Grenzflächeninstabilität im Zylinderspalt, Dissertation 2020 [3]

Messdaten und Auswertungssoftware zur Dissertation von Julian Schäfer
Scaling Behavior of Pattern Formation in the Flexographic Ink Splitting Process [0]

Neueste Zugänge

Supplementary material: Gravure printing with a shear rate dependent ink

Rothmann-Brumm, Pauline; Brockmann, Philipp; Roisman, Ilia; Hussong, Jeanette; Doersam, Edgar; Sauer, Hans Martin (2023)
Optically accessible substrate carrier for a gravure printing research platform

Rothmann-Brumm, Pauline (2023)
Creation of regime maps for fluid splitting in gravure printing (MATLAB code)

Rothmann-Brumm, Pauline (2023)
Vapour Imaging: Python code to evaluate interferograms of evaporating liquid films and sample data.

Braig, Felix (2023)
GRAFI-p: Gravure printing finger instability dataset (processed data)

Rothmann-Brumm, Pauline (2023)
HYPA-p: Hydrodynamic patterns dataset (processed data)

Rothmann-Brumm, Pauline (2023)
Classification of gravure printed patterns using convolutional neural networks (Python code)

Rothmann-Brumm, Pauline (2023)
Frequency analysis of gravure printed finger patterns using fast Fourier transform (MATLAB code)

Rothmann-Brumm, Pauline (2023)
GRAFI-r: Gravure printing finger instability dataset (raw data)

Rothmann-Brumm, Pauline (2023)
HYPA-r: Hydrodynamic patterns dataset (raw data)

Rothmann-Brumm, Pauline (2023)
SUPPLEMENTARY DATA: Pressure and shear flow singularities: fluid splitting and printing nip hydrodynamics

Rieckmann, Matthias; Brumm, Pauline; Sauer, Hans Martin; Doersam, Edgar; Kummer, Florian (2023)
Supplemental Data: Table S1

Wüst, Philipp; Thomas S., Dohmen; Alexander, Waal; Spiehl, Dieter; Doersam, Edgar; Blaeser, Andreas; Kabisch, Johannes (2022)
Python code: Classification of in situ high speed videos of the gravure printing fluid splitting process using deep learning

Brumm, Pauline; Ciotta, Nicola; Sauer, Hans Martin; Blaeser, Andreas; Doersam, Edgar (2022)
Collection of digitized gravure printed samples for the analysis of hydrodynamic pattern formation

Brumm, Pauline; Weber, Tim; Lindner, Nils; Sauer, Hans Martin; Doersam, Edgar (2021)
Messdaten und Auswertungssoftware für die hochdynamische Grenzflächeninstabilität im Zylinderspalt

Schäfer, Julian (2019)
FilmcalcX liquid film stability analysis

Sauer, Hans Martin (2020-07-27)
Messdaten und Auswertungssoftware für die Druckformvermesserung einer elektromechanisch gravierten Tiefdruckform

Schäfer, Julian (2019)

Druckmaschinen und Druckverfahren (IDD)

Auflistung nach

Sammlungen in diesem Bereich

Biomedical Printing Technology [0]

Felix Braig, Dissertation 2023 [1]

Julian Schäfer, In situ Untersuchung der hochdynamischen Grenzflächeninstabilität im Zylinderspalt, Dissertation 2020 [3]

Scaling Behavior of Pattern Formation in the Flexographic Ink Splitting Process [0]

Neueste Zugänge

Supplementary material: Gravure printing with a shear rate dependent ink ﻿

Optically accessible substrate carrier for a gravure printing research platform ﻿

Creation of regime maps for fluid splitting in gravure printing (MATLAB code) ﻿

Vapour Imaging: Python code to evaluate interferograms of evaporating liquid films and sample data. ﻿

GRAFI-p: Gravure printing finger instability dataset (processed data) ﻿

HYPA-p: Hydrodynamic patterns dataset (processed data) ﻿

Classification of gravure printed patterns using convolutional neural networks (Python code) ﻿

Frequency analysis of gravure printed finger patterns using fast Fourier transform (MATLAB code) ﻿

GRAFI-r: Gravure printing finger instability dataset (raw data) ﻿

HYPA-r: Hydrodynamic patterns dataset (raw data) ﻿

SUPPLEMENTARY DATA: Pressure and shear flow singularities: fluid splitting and printing nip hydrodynamics ﻿

Supplemental Data: Table S1 ﻿

Python code: Classification of in situ high speed videos of the gravure printing fluid splitting process using deep learning ﻿

Collection of digitized gravure printed samples for the analysis of hydrodynamic pattern formation ﻿

Messdaten und Auswertungssoftware für die hochdynamische Grenzflächeninstabilität im Zylinderspalt ﻿

FilmcalcX liquid film stability analysis ﻿

Messdaten und Auswertungssoftware für die Druckformvermesserung einer elektromechanisch gravierten Tiefdruckform ﻿

Supplementary material: Gravure printing with a shear rate dependent ink

Optically accessible substrate carrier for a gravure printing research platform

Creation of regime maps for fluid splitting in gravure printing (MATLAB code)

Vapour Imaging: Python code to evaluate interferograms of evaporating liquid films and sample data.

GRAFI-p: Gravure printing finger instability dataset (processed data)

HYPA-p: Hydrodynamic patterns dataset (processed data)

Classification of gravure printed patterns using convolutional neural networks (Python code)

Frequency analysis of gravure printed finger patterns using fast Fourier transform (MATLAB code)

GRAFI-r: Gravure printing finger instability dataset (raw data)

HYPA-r: Hydrodynamic patterns dataset (raw data)

SUPPLEMENTARY DATA: Pressure and shear flow singularities: fluid splitting and printing nip hydrodynamics

Supplemental Data: Table S1

Python code: Classification of in situ high speed videos of the gravure printing fluid splitting process using deep learning

Collection of digitized gravure printed samples for the analysis of hydrodynamic pattern formation

Messdaten und Auswertungssoftware für die hochdynamische Grenzflächeninstabilität im Zylinderspalt

FilmcalcX liquid film stability analysis

Messdaten und Auswertungssoftware für die Druckformvermesserung einer elektromechanisch gravierten Tiefdruckform