DaRUS

Metrics

7,832,163 Downloads

This is the Data Repository of the University of Stuttgart.

SFB 1313 "Interface-Driven Multi-Field Processes in Porous Media"

SFB 1333 "Molecular heterogeneous catalysis in confined geometries"

Institute of Biochemistry

Institute of Applied Mechanics (MIB)

Institute of Thermodynamics and Thermal Process Engineering

Stuttgart Center for Simulation Science (SC SimTech)

Cluster of Excellence Integrative Computational Design and Construction for Transformative Architecture (EXC IntCDC)

SFB/Transregio 161 "Quantitative Methods for Visual Computing"

Featured Dataverses

In order to use this feature you must have at least one published or linked dataverse.

Publish Dataverse

Are you sure you want to publish your dataverse? Once you do so it must remain published.

Publish Dataverse

This dataverse cannot be published because the dataverse it is in has not been published.

Delete Dataverse

Are you sure you want to delete your dataverse? You cannot undelete this dataverse.

1,301 to 1,310 of 191,057 Results

degradation_0_997.zip Nov 2, 2026 - Data for: "Machine Learning Based Virtual Sensor for the Shaft Torque during Helicopter Flight: Definition, Optimization and Uncertainty Analysis" ZIP Archive - 59.2 MB - MD5: dcf38bc04aad4bc50ad31fa05af29c10
degradation_0_998.zip Nov 2, 2026 - Data for: "Machine Learning Based Virtual Sensor for the Shaft Torque during Helicopter Flight: Definition, Optimization and Uncertainty Analysis" ZIP Archive - 59.2 MB - MD5: 10151395fd140ac60499a50a982f2661
nominal.zip Nov 2, 2026 - Data for: "Machine Learning Based Virtual Sensor for the Shaft Torque during Helicopter Flight: Definition, Optimization and Uncertainty Analysis" ZIP Archive - 59.1 MB - MD5: eceed0eda963e7beb05f62b1640d2af4
README.md Nov 2, 2026 - Data for: "Machine Learning Based Virtual Sensor for the Shaft Torque during Helicopter Flight: Definition, Optimization and Uncertainty Analysis" Markdown Text - 890 B - MD5: 35df2b6cfab6cdb90cdf3f786f934d9c
Alumino-borosilicat_F_p31.mp4 Nov 2, 2026 - Supplementary Data for publication "Polarisation-dependent side channel formation in ultrafast laser percussion drilling of glasses" MPEG-4 Video - 379.8 KB - MD5: 5a205a7dc29b0ed144cf97c9330bea2e High speed image sequence of a laser percussion drilling process in alkali free alumino-borosilicate recorded at 4 kHz. Playback frame rate: 30 fps Drilling time 1 s Peak fluence:20J/cm^2 Rep. rate: 10 kHz Pulse duration: 750 fs Polarization: linear parallel to image plane
Alumino-borosilicat_F_p32.mp4 Nov 2, 2026 - Supplementary Data for publication "Polarisation-dependent side channel formation in ultrafast laser percussion drilling of glasses" MPEG-4 Video - 356.8 KB - MD5: 13a30aed79e3a2803392efb20aa3ea92 High speed image sequence of a laser percussion drilling process in alkali free alumino-borosilicate recorded at 4 kHz. Playback frame rate: 30 fps Drilling time 1 s Peak fluence:20J/cm^2 Rep. rate: 10 kHz Pulse duration: 750 fs Polarization: linear parallel to image plane
Alumino-borosilicat_F_p33.mp4 Nov 2, 2026 - Supplementary Data for publication "Polarisation-dependent side channel formation in ultrafast laser percussion drilling of glasses" MPEG-4 Video - 455.3 KB - MD5: 73aa6d1ea11182970020a1cdfaa3e07a High speed image sequence of a laser percussion drilling process in alkali free alumino-borosilicate recorded at 4 kHz. Playback frame rate: 30 fps Drilling time 1 s Peak fluence:20J/cm^2 Rep. rate: 10 kHz Pulse duration: 750 fs Polarization: linear parallel to image plane
Alumino-borosilicat_F_p34.mp4 Nov 2, 2026 - Supplementary Data for publication "Polarisation-dependent side channel formation in ultrafast laser percussion drilling of glasses" MPEG-4 Video - 370.4 KB - MD5: 15e9159bcdc8ac8d614beda51fb20472 High speed image sequence of a laser percussion drilling process in alkali free alumino-borosilicate recorded at 4 kHz. Playback frame rate: 30 fps Drilling time 1 s Peak fluence:40J/cm^2 Rep. rate: 10 kHz Pulse duration: 750 fs Polarization: linear parallel to image plane
Alumino-borosilicat_F_p35.mp4 Nov 2, 2026 - Supplementary Data for publication "Polarisation-dependent side channel formation in ultrafast laser percussion drilling of glasses" MPEG-4 Video - 391.8 KB - MD5: 149ca4936f14ecdf76a8de71c91cd6d3 High speed image sequence of a laser percussion drilling process in alkali free alumino-borosilicate recorded at 4 kHz. Playback frame rate: 30 fps Drilling time 1 s Peak fluence:40J/cm^2 Rep. rate: 10 kHz Pulse duration: 750 fs Polarization: linear parallel to image plane
Alumino-borosilicat_F_p36.mp4 Nov 2, 2026 - Supplementary Data for publication "Polarisation-dependent side channel formation in ultrafast laser percussion drilling of glasses" MPEG-4 Video - 401.5 KB - MD5: 0546eb4747b41557a4a31ce17bd1bf32 High speed image sequence of a laser percussion drilling process in alkali free alumino-borosilicate recorded at 4 kHz. Playback frame rate: 30 fps Drilling time 1 s Peak fluence:40J/cm^2 Rep. rate: 10 kHz Pulse duration: 750 fs Polarization: linear parallel to image plane

degradation_0_997.zip

Nov 2, 2026 - Data for: "Machine Learning Based Virtual Sensor for the Shaft Torque during Helicopter Flight: Definition, Optimization and Uncertainty Analysis"

ZIP Archive - 59.2 MB -

degradation_0_998.zip

Nov 2, 2026 - Data for: "Machine Learning Based Virtual Sensor for the Shaft Torque during Helicopter Flight: Definition, Optimization and Uncertainty Analysis"

ZIP Archive - 59.2 MB -

nominal.zip

Nov 2, 2026 - Data for: "Machine Learning Based Virtual Sensor for the Shaft Torque during Helicopter Flight: Definition, Optimization and Uncertainty Analysis"

ZIP Archive - 59.1 MB -

README.md

Nov 2, 2026 - Data for: "Machine Learning Based Virtual Sensor for the Shaft Torque during Helicopter Flight: Definition, Optimization and Uncertainty Analysis"

Markdown Text - 890 B -

Alumino-borosilicat_F_p31.mp4

Nov 2, 2026 - Supplementary Data for publication "Polarisation-dependent side channel formation in ultrafast laser percussion drilling of glasses"

MPEG-4 Video - 379.8 KB -

High speed image sequence of a laser percussion drilling process in alkali free alumino-borosilicate recorded at 4 kHz. Playback frame rate: 30 fps Drilling time 1 s Peak fluence:20J/cm^2 Rep. rate: 10 kHz Pulse duration: 750 fs Polarization: linear parallel to image plane

Alumino-borosilicat_F_p32.mp4

Nov 2, 2026 - Supplementary Data for publication "Polarisation-dependent side channel formation in ultrafast laser percussion drilling of glasses"

MPEG-4 Video - 356.8 KB -

Alumino-borosilicat_F_p33.mp4

Nov 2, 2026 - Supplementary Data for publication "Polarisation-dependent side channel formation in ultrafast laser percussion drilling of glasses"

MPEG-4 Video - 455.3 KB -

Alumino-borosilicat_F_p34.mp4

Nov 2, 2026 - Supplementary Data for publication "Polarisation-dependent side channel formation in ultrafast laser percussion drilling of glasses"

MPEG-4 Video - 370.4 KB -

High speed image sequence of a laser percussion drilling process in alkali free alumino-borosilicate recorded at 4 kHz. Playback frame rate: 30 fps Drilling time 1 s Peak fluence:40J/cm^2 Rep. rate: 10 kHz Pulse duration: 750 fs Polarization: linear parallel to image plane

Alumino-borosilicat_F_p35.mp4

Nov 2, 2026 - Supplementary Data for publication "Polarisation-dependent side channel formation in ultrafast laser percussion drilling of glasses"

MPEG-4 Video - 391.8 KB -

High speed image sequence of a laser percussion drilling process in alkali free alumino-borosilicate recorded at 4 kHz. Playback frame rate: 30 fps Drilling time 1 s Peak fluence:40J/cm^2 Rep. rate: 10 kHz Pulse duration: 750 fs Polarization: linear parallel to image plane

Alumino-borosilicat_F_p36.mp4

Nov 2, 2026 - Supplementary Data for publication "Polarisation-dependent side channel formation in ultrafast laser percussion drilling of glasses"

MPEG-4 Video - 401.5 KB -

High speed image sequence of a laser percussion drilling process in alkali free alumino-borosilicate recorded at 4 kHz. Playback frame rate: 30 fps Drilling time 1 s Peak fluence:40J/cm^2 Rep. rate: 10 kHz Pulse duration: 750 fs Polarization: linear parallel to image plane

Add Data

Share Dataverse

Link Dataverse

Reset Modifications