Institute of Aircraft Propulsion Systems

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11 to 20 of 45 Results

2b_blade_rev_D.stp Sep 28, 2022 - TRC Challenge - design documents Unknown - 26.7 KB - MD5: 2ff21efbd76b9a18d8121a595d18964d
3_panel_rev_D_IMPORTANT_INFO.txt Sep 28, 2022 - TRC Challenge - design documents Plain Text - 318 B - MD5: 62c15d4aaa33b4df063625fdc993c8a3
3_panel_rev_D.pdf Sep 28, 2022 - TRC Challenge - design documents Adobe PDF - 82.9 KB - MD5: 2ba1a02e4ced0b2585f98e1a32f02aa3
3_panel_rev_D.stp Sep 28, 2022 - TRC Challenge - design documents Unknown - 41.2 KB - MD5: 15a5fd14c27573e16e0a7bbf55398644
DesignDocumentation-revD_changes_to_revC_highlighted.pdf Sep 28, 2022 - TRC Challenge - design documents Adobe PDF - 321.5 KB - MD5: f0efb39396d3f4830a74f10de636dcfd
DesignDocumentation-revD.pdf Sep 28, 2022 - TRC Challenge - design documents Adobe PDF - 321.0 KB - MD5: b99a3b1220eaafd1499fa38cc11d219e
Self-adaptive beam slider system - experimental results May 30, 2022 - Structural Dynamics Müller, Florian, 2022, "Self-adaptive beam slider system - experimental results", https://doi.org/10.18419/darus-2883, DaRUS, V1 This datasets contains experimental data that was recorded during experiments with our self-adaptive beam-slider system. Under external harmonic excitation, this system has the capability to passively adjust its dynamics such that a very large vibration level is achieved and main...
Time_VelBeam_RelSliderPos__fex104_ExcLevel14_RelSliderPosStart03.txt May 30, 2022 - Self-adaptive beam slider system - experimental results Plain Text - 63.6 MB - MD5: 140b771dca05b543d8d5997a52a9d3b6 Measured variables: Time [s], beam velocity [m/s], relative slider position [-]. Excitation parameters and starting condition: Excitation Frequency = 104 Hz, Excitation Level = 14 m/s^2, Slider Start Position (relative) = 0.3
Time_VelBeam_RelSliderPos__fex106_ExcLevel10_RelSliderPosStart03.txt May 30, 2022 - Self-adaptive beam slider system - experimental results Plain Text - 63.6 MB - MD5: 655714e8cb665001aa9574f9857e6114 Measured variables: Time [s], beam velocity [m/s], relative slider position [-]. Excitation parameters and starting condition: Excitation Frequency = 106 Hz, Excitation Level = 10 m/s^2, Slider Start Position (relative) = 0.3
Time_VelBeam_RelSliderPos__fex106_ExcLevel10_RelSliderPosStart04.txt May 30, 2022 - Self-adaptive beam slider system - experimental results Plain Text - 90.2 MB - MD5: 782915709f1a13d4ad060f24ebebb2e3 Measured variables: Time [s], beam velocity [m/s], relative slider position [-]. Excitation parameters and starting condition: Excitation Frequency = 106 Hz, Excitation Level = 10 m/s^2, Slider Start Position (relative) = 0.4

2b_blade_rev_D.stp

Sep 28, 2022 - TRC Challenge - design documents

Unknown - 26.7 KB -

3_panel_rev_D_IMPORTANT_INFO.txt

Sep 28, 2022 - TRC Challenge - design documents

Plain Text - 318 B -

3_panel_rev_D.pdf

Sep 28, 2022 - TRC Challenge - design documents

Adobe PDF - 82.9 KB -

3_panel_rev_D.stp

Sep 28, 2022 - TRC Challenge - design documents

Unknown - 41.2 KB -

DesignDocumentation-revD_changes_to_revC_highlighted.pdf

Sep 28, 2022 - TRC Challenge - design documents

Adobe PDF - 321.5 KB -

DesignDocumentation-revD.pdf

Sep 28, 2022 - TRC Challenge - design documents

Adobe PDF - 321.0 KB -

Self-adaptive beam slider system - experimental results

May 30, 2022 - Structural Dynamics

Müller, Florian, 2022, "Self-adaptive beam slider system - experimental results", https://doi.org/10.18419/darus-2883, DaRUS, V1

This datasets contains experimental data that was recorded during experiments with our self-adaptive beam-slider system. Under external harmonic excitation, this system has the capability to passively adjust its dynamics such that a very large vibration level is achieved and main...

Time_VelBeam_RelSliderPos__fex104_ExcLevel14_RelSliderPosStart03.txt

May 30, 2022 - Self-adaptive beam slider system - experimental results

Plain Text - 63.6 MB -

Measured variables: Time [s], beam velocity [m/s], relative slider position [-]. Excitation parameters and starting condition: Excitation Frequency = 104 Hz, Excitation Level = 14 m/s^2, Slider Start Position (relative) = 0.3

Time_VelBeam_RelSliderPos__fex106_ExcLevel10_RelSliderPosStart03.txt

May 30, 2022 - Self-adaptive beam slider system - experimental results

Plain Text - 63.6 MB -

Measured variables: Time [s], beam velocity [m/s], relative slider position [-]. Excitation parameters and starting condition: Excitation Frequency = 106 Hz, Excitation Level = 10 m/s^2, Slider Start Position (relative) = 0.3

Time_VelBeam_RelSliderPos__fex106_ExcLevel10_RelSliderPosStart04.txt

May 30, 2022 - Self-adaptive beam slider system - experimental results

Plain Text - 90.2 MB -

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