NTNU – Norwegian University of Science and Technology

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8,311 to 8,320 of 8,586 Results

fig_6_thernary_FeSiC_diagram_1700.png May 18, 2026 - FeSi interaction with SiC substrates PNG Image - 235.8 KB - MD5: 8ab969132f20fd084ea30488f9b1d6f5
fig_7_Si_C_solubility_in_FeSi.png May 18, 2026 - FeSi interaction with SiC substrates PNG Image - 172.3 KB - MD5: da846fb594be6a1648af2abafc02d822
fig_8_SEM_images.png May 18, 2026 - FeSi interaction with SiC substrates PNG Image - 5.4 MB - MD5: 0c5918d5ebc6769ed206c25d2309d0a6
fig_9_SEM_interface_fe.png May 18, 2026 - FeSi interaction with SiC substrates PNG Image - 3.0 MB - MD5: f71ef63ce2ef488966aa0784ae340ea5
Mechanical Wave Transmission Measurements in Compressed AlSi10Mg Powder for a Feasibility Study of a Volumetric Metal 3D-Printer May 31, 2026 Teigenes, Oddne Kristoffer, 2026, "Mechanical Wave Transmission Measurements in Compressed AlSi10Mg Powder for a Feasibility Study of a Volumetric Metal 3D-Printer", https://doi.org/10.18710/M5Z2ZO, DataverseNO, V1 This dataset supports the master's thesis "Feasibility Study of a Novel Volumetric Metal 3D-Printer: Researching Attenuation of Mechanical Waves in Aluminum Powder" by Oddne Kristoffer Teigenes, NTNU, 2026. The dataset contains averaged ultrasonic transmission measurements through compressed AlSi10Mg aluminum powder under vacuum and mechanical prel...
00_README.txt May 31, 2026 - Mechanical Wave Transmission Measurements in Compressed AlSi10Mg Powder for a Feasibility Study of a Volumetric Metal 3D-Printer Plain Text - 8.7 KB - MD5: bcbf1839f819f0b348bacb9e3e5dc09a
Averages-1.zip May 31, 2026 - Mechanical Wave Transmission Measurements in Compressed AlSi10Mg Powder for a Feasibility Study of a Volumetric Metal 3D-Printer ZIP Archive - 26.9 GB - MD5: 74446905d696a29408cd7ef33127759e Averages.zip contains averaged waveform measurements, derived result files, analysis/acquisition scripts, measurement notes, and supporting risk-assessment documentation for the compressed AlSi10Mg powder transmission experiments.
IPsec tunnel between end-user devices behind NAT - GNS3 File Exports Jun 20, 2026 Sindre Revheim Svellingen, 2026, "IPsec tunnel between end-user devices behind NAT - GNS3 File Exports", https://doi.org/10.18710/0XCCOX, DataverseNO, V1 GNS3 file exports made as part of my master's thesis at NTNU. Can be downloaded and imported into GNS3 to extract the topology and run the topology used throughout my thesis with the title: IPsec tunnels between end user devices behind NAT.
00_ReadMe.txt Jun 20, 2026 - IPsec tunnel between end-user devices behind NAT - GNS3 File Exports Plain Text - 2.1 KB - MD5: a7942b9d0ff1887657ca279d78aeab18 ReadMe file describing the contents of the dataset.
full-cone-nat-test-setup.gns3project Jun 20, 2026 - IPsec tunnel between end-user devices behind NAT - GNS3 File Exports Unknown - 39.6 KB - MD5: d703a4d5d4aa4d67a362dce921ff828d

fig_6_thernary_FeSiC_diagram_1700.png

May 18, 2026 - FeSi interaction with SiC substrates

PNG Image - 235.8 KB -

fig_7_Si_C_solubility_in_FeSi.png

May 18, 2026 - FeSi interaction with SiC substrates

PNG Image - 172.3 KB -

fig_8_SEM_images.png

May 18, 2026 - FeSi interaction with SiC substrates

PNG Image - 5.4 MB -

fig_9_SEM_interface_fe.png

May 18, 2026 - FeSi interaction with SiC substrates

PNG Image - 3.0 MB -

Mechanical Wave Transmission Measurements in Compressed AlSi10Mg Powder for a Feasibility Study of a Volumetric Metal 3D-Printer

May 31, 2026

Teigenes, Oddne Kristoffer, 2026, "Mechanical Wave Transmission Measurements in Compressed AlSi10Mg Powder for a Feasibility Study of a Volumetric Metal 3D-Printer", https://doi.org/10.18710/M5Z2ZO, DataverseNO, V1

This dataset supports the master's thesis "Feasibility Study of a Novel Volumetric Metal 3D-Printer: Researching Attenuation of Mechanical Waves in Aluminum Powder" by Oddne Kristoffer Teigenes, NTNU, 2026. The dataset contains averaged ultrasonic transmission measurements through compressed AlSi10Mg aluminum powder under vacuum and mechanical prel...

00_README.txt

May 31, 2026 - Mechanical Wave Transmission Measurements in Compressed AlSi10Mg Powder for a Feasibility Study of a Volumetric Metal 3D-Printer

Plain Text - 8.7 KB -

Averages-1.zip

May 31, 2026 - Mechanical Wave Transmission Measurements in Compressed AlSi10Mg Powder for a Feasibility Study of a Volumetric Metal 3D-Printer

ZIP Archive - 26.9 GB -

Averages.zip contains averaged waveform measurements, derived result files, analysis/acquisition scripts, measurement notes, and supporting risk-assessment documentation for the compressed AlSi10Mg powder transmission experiments.

IPsec tunnel between end-user devices behind NAT - GNS3 File Exports

Jun 20, 2026

Sindre Revheim Svellingen, 2026, "IPsec tunnel between end-user devices behind NAT - GNS3 File Exports", https://doi.org/10.18710/0XCCOX, DataverseNO, V1

GNS3 file exports made as part of my master's thesis at NTNU. Can be downloaded and imported into GNS3 to extract the topology and run the topology used throughout my thesis with the title: IPsec tunnels between end user devices behind NAT.

00_ReadMe.txt

Jun 20, 2026 - IPsec tunnel between end-user devices behind NAT - GNS3 File Exports

Plain Text - 2.1 KB -

ReadMe file describing the contents of the dataset.

full-cone-nat-test-setup.gns3project

Jun 20, 2026 - IPsec tunnel between end-user devices behind NAT - GNS3 File Exports

Unknown - 39.6 KB -

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