Institute of Biochemical Engineering

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File Type: Text License: CC BY 4.0

21 to 30 of 36 Results

velocity_over_height.m Jun 24, 2022 - Code for: Lagrangian sensors in a stirred tank reactor: Comparing trajectories of 4D-Particle Tracking Velocimetry and Lattice-Boltzmann simulations Plain Text - 20.4 KB - MD5: 3c22c314686997da6afec59856d31074 Creation of data for Figure 6 and Figures 19 and 20, velocity profile over reactor height; four graphs due to respective azimuthal velocity profiles in resp. radius r
velocity_statistics.m Jun 24, 2022 - Code for: Lagrangian sensors in a stirred tank reactor: Comparing trajectories of 4D-Particle Tracking Velocimetry and Lattice-Boltzmann simulations Plain Text - 16.6 KB - MD5: ba1562b1968e592125039f407067fb67 Creation of data for Figures 7(a) and 21, velocity single-point statistics
vel_vectors_1mm2_bin.m Jun 24, 2022 - Code for: Lagrangian sensors in a stirred tank reactor: Comparing trajectories of 4D-Particle Tracking Velocimetry and Lattice-Boltzmann simulations Plain Text - 20.8 KB - MD5: 5dbaec633989081cffe8efc2776610f9 This calculation serves two purposes: (1) Conversion of Lagrangian velocity data from 4D-PTV to Eulerian data in 1 mm x 1 mm bin (via azimuthal data) to calculate St number for characteristic 2D contour plot; (2) Creation of data for Figures 23 and 24 to show 2D contour plot of v...
Evaluation_Looper.m Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor Plain Text - 54.6 KB - MD5: 8942fb0265def00522b729215166484b Evaluation script, which loops through all files.
EvaluationOne.m Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor Plain Text - 9.4 KB - MD5: 97b91d46de7524876eff9894e1e964cc Get Velocity and Acceleration. Histogram for position.
GetRawPositions.m Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor Plain Text - 428 B - MD5: 9f040b6ade44bc25bf009b723b13859c Get raw positions from cell array.
Mote_Detection_Looper.m Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor Plain Text - 846 B - MD5: f3d90964d9a92290542de080584f5cd7 Takes videos, cuts in frames and starts mote detection scripts.
Mote_Detection_using_Clusters.m Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor Plain Text - 24.8 KB - MD5: 9d0ff7adc493802b93cf40ce08384438 Main script: This script tries finding particles (also referred to as motes) by taking single frames of a video from the /in/frames folder (.tif format).
ReactorRegions.m Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor Plain Text - 10.8 KB - MD5: f9b4abb8427d14cd7d44270f622e794e Dividing Space into Regions, Getting Region Properties. Outputs velocity chart.
RealSpaceLocation.m Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor Plain Text - 6.3 KB - MD5: a2f7de68ed26280ebd648600735265ee Calculating Real-Space Position of Mote based on Calibration.

velocity_over_height.m

Jun 24, 2022 - Code for: Lagrangian sensors in a stirred tank reactor: Comparing trajectories of 4D-Particle Tracking Velocimetry and Lattice-Boltzmann simulations

Plain Text - 20.4 KB -

Creation of data for Figure 6 and Figures 19 and 20, velocity profile over reactor height; four graphs due to respective azimuthal velocity profiles in resp. radius r

velocity_statistics.m

Jun 24, 2022 - Code for: Lagrangian sensors in a stirred tank reactor: Comparing trajectories of 4D-Particle Tracking Velocimetry and Lattice-Boltzmann simulations

Plain Text - 16.6 KB -

Creation of data for Figures 7(a) and 21, velocity single-point statistics

vel_vectors_1mm2_bin.m

Jun 24, 2022 - Code for: Lagrangian sensors in a stirred tank reactor: Comparing trajectories of 4D-Particle Tracking Velocimetry and Lattice-Boltzmann simulations

Plain Text - 20.8 KB -

This calculation serves two purposes: (1) Conversion of Lagrangian velocity data from 4D-PTV to Eulerian data in 1 mm x 1 mm bin (via azimuthal data) to calculate St number for characteristic 2D contour plot; (2) Creation of data for Figures 23 and 24 to show 2D contour plot of v...

Evaluation_Looper.m

Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor

Plain Text - 54.6 KB -

Evaluation script, which loops through all files.

EvaluationOne.m

Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor

Plain Text - 9.4 KB -

Get Velocity and Acceleration. Histogram for position.

GetRawPositions.m

Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor

Plain Text - 428 B -

Get raw positions from cell array.

Mote_Detection_Looper.m

Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor

Plain Text - 846 B -

Takes videos, cuts in frames and starts mote detection scripts.

Mote_Detection_using_Clusters.m

Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor

Plain Text - 24.8 KB -

Main script: This script tries finding particles (also referred to as motes) by taking single frames of a video from the /in/frames folder (.tif format).

ReactorRegions.m

Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor

Plain Text - 10.8 KB -

Dividing Space into Regions, Getting Region Properties. Outputs velocity chart.

RealSpaceLocation.m

Apr 29, 2022 - Code for: Experimental Investigation of the Flow Behavior of Lagrangian LED Particles in a 200 L Bioreactor

Plain Text - 6.3 KB -

Calculating Real-Space Position of Mote based on Calibration.

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