Aircraft Design, Flicht Mechanics, Aircraft Systems. --- This dataverse contains research data and software produced by students for their projects and theses. --- Get linked to all other resources from their reports using the URN from the German National Library (DNB) as given in each dataset under "Metadata".
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1,331 to 1,340 of 1,397 Results
AircraftVsTrain.xlsx
Jun 23, 2021 - Energy Consumption, CO2, and Equivalent CO2 – Aircraft versus Train
MS Excel Spreadsheet - 709.7 KB - MD5: 5cc064cde934c77a99335aaa1046a9ea
Energy consumption, CO2, and equivalent CO2 are calculated to show the difference beween aircraft and trains.
Kerosene_Emissions.png
Kerosene_Emissions.png
Jun 16, 2021 - Calculation of the Emission Characteristics of Aircraft Kerosene and Hydrogen Propulsion
PNG Image - 5.9 KB - MD5: cfe9d0f5501884c3d76e1e6840396c18
The environmental impact (equivalent CO2) of jet aircraft powered with kerosene calculated with a simple 1D climate model.
LH2_Emissions_Primary_and_Secondary_Effects.png
LH2_Emissions_Primary_and_Secondary_Effects.png
Jun 16, 2021 - Calculation of the Emission Characteristics of Aircraft Kerosene and Hydrogen Propulsion
PNG Image - 6.5 KB - MD5: 007f4d478e3a81b1caf718613df36e4c
The environmental impact (equivalent CO2) of jet aircraft powered with hydrogen calculated with a simple 1D climate model. It is assumed that with hydrogen combustion, due to various effects, nitrogen oxides only have 35% and AIC only 60% of their usual effect.
LH2_Emissions_Primary_Effects.png
LH2_Emissions_Primary_Effects.png
Jun 16, 2021 - Calculation of the Emission Characteristics of Aircraft Kerosene and Hydrogen Propulsion
PNG Image - 7.5 KB - MD5: 97285f04513e8b47083dcfa2e81140ab
The environmental impact (equivalent CO2) of jet aircraft powered with hydrogen calculated with a simple 1D climate model. The effect of nitrogen oxides and AIC is included into the calculation in the same way as for kerosene powered aircraft.
Changes_in_PrADO_environment.txt
Jun 5, 2021 - Integration of a Noise Analysis Module into a Multidisciplinary Aircraft Design Process
Plain Text - 1.5 KB - MD5: ca9390eab630ebf2ceda60f88bf1c4bf
DF60.PDB
Jun 5, 2021 - Integration of a Noise Analysis Module into a Multidisciplinary Aircraft Design Process
Unknown - 33.0 KB - MD5: b3d6650c615da04620dd8dd71220c839
f1206.for
Jun 5, 2021 - Integration of a Noise Analysis Module into a Multidisciplinary Aircraft Design Process
Fortran Source Code - 19.3 KB - MD5: b6cbf043f25cb2e981ff4d7fed7e7675
f1206.obj
Jun 5, 2021 - Integration of a Noise Analysis Module into a Multidisciplinary Aircraft Design Process
TGIF File - 8.9 KB - MD5: 758df69bc9bb4ddb32db673806a82e23
Info.txt
Jun 5, 2021 - Integration of a Noise Analysis Module into a Multidisciplinary Aircraft Design Process
Plain Text - 348 B - MD5: 25ecd9b60eaeb2c913a48f1c885353c4
Info.txt
Jun 5, 2021 - Integration of a Noise Analysis Module into a Multidisciplinary Aircraft Design Process
Plain Text - 373 B - MD5: 3c174b3226e4e308ceabe2143fd7fed2
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