Experiments using non-intrusive particle tracing techniques for granular chute flows. Final report Page: 4 of 104
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TABLE OF CONTENTS
1. Project Description And Objectives
A. Outline of Report
2. Tracking System
A. Theoretical Voltage Model
A.1 Homogeneous Transforms
A.2 Forward Solution Model
B. Signal Processing Algorithm
C. Tracking Sphere and Data Acquisition Systems
C.1 Tracking Sphere
C.2 Data Acquisition
D. Free Fall Test
Radio-Transparent Flow Chute System
Chute Flow Experiments
A. Model Chute Results
A.1 Experimental Apparatus
A.2 System Errors
A.3 Experimental 27-Point Correction Scheme
A.4 Analytical Error Correction Scheme
A.5 Multiple Solutions in Orientation
B. Full Scale Chute Experiments
B.1 Bulk Flow Measurements
B.2 Tracking Results
5. Tracking In The Vibrated Vertical Bed
Apparatus and Experimental Procedures
Phenomenology of Sphere Trajectories
Analysis of the Sphere's Three-Dimensional Motion
Velocity Computation Technique
Critical Issues and Discussion
B. Particle Technology Center
C. Faculty / Staff
D. Students / Degrees Awarded
Appendix A: Supplemental Equations for Section 2A
Discrete Element Calculations of Vibrationally Energized Flows
Appendix C: Sphere Collision Properties Experiment
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Rosato, A.D.; Dave, R.N. & Fischer, I.S. Experiments using non-intrusive particle tracing techniques for granular chute flows. Final report, report, December 31, 1998; United States. (digital.library.unt.edu/ark:/67531/metadc684418/m1/4/: accessed September 24, 2018), University of North Texas Libraries, Digital Library, digital.library.unt.edu; crediting UNT Libraries Government Documents Department.