PPT-An Investigation into Blockage Corrections for Cross-Flow H

Robert J Cavagnaro and Dr Brian Polagye Northwest National Marine Renewable Energy Center University of Washington APS DFD Meeting Pittsburgh November 24 2013 Motivation Understand hydrodynamics of a fullscale verticalaxis crossflow turbine by testing at lab scale. Push plowing front tires slide out first Loose rear tires slide out first Usually slight understeer is safer an be dangerous especially at high speeds Raise front tire pressure Lower f ront tire pressure Lower rear tire pressure Raise rear tire pres brPage 1br I5734757536RZ57347OHYHO57347LV57347RXWVLGH57347RI57347WKH VHW57347SDUDPHWHUV5735957347WKH57347QXPEHU ZLOO57347WXUQ57347UHG QGLYLGXDO57347EO Dilepton. Production . Gojko. . Vujanovic. . Electromagnetic Probes of Strongly Interacting Matter: . Status and Future of Low-Mass Lepton-Pair Spectroscopy. ECT*: Trento, Italy. May 22. nd. 2013. Robert J. . Cavagnaro . and Dr. Brian . Polagye. Northwest National Marine Renewable Energy Center (NNMREC). University of Washington. Oxford Tidal Energy Workshop. April 7, 2014. Motivation. NNMREC has developed a “. Perturbatively. David A. Kosower. Institut. de Physique . Th. é. orique. , CEA–. Saclay. work with. . Matan. Field, Guy . Gur. -Ari Lorenzo . Mannelli. , & . Gilad. Perez. 1212.2106. Zurich Phenomenology Workshop:. Wireless Blockage and Flow Monitor Operator Detection Accuracy . Using CFD Analysis. Final . Project Submittal. Lyndsay Pess. December 7, . 2015. Project Status. Model Troubleshooting complete. Completed Modeling of 4 . Cases. Completed analysis of . Alfredo Hijar. Flood Forecasting. Outline. Introduction. Hydraulic geometry, hydraulic routing models, channel cross section extraction. Reliable channel cross section approximation. Boundary conditions – Noah Land Surface Model. 1. Grand Challenges for . mmWave. Networking. 2. Shorter wavelengths, higher attenuation. ~1000x higher attenuation than . WiFi. or LTE. Use highly directional, electronically steerable phased-arrays to overcome propagation loss. Introduction. . At present, water companies across the UK are facing detrimental environmental and customer problems arising from blockages within sewers. . For example: . Blockages . account for 80% of sewer flooding incidents in the UK and more than 3,000 properties are flooded each year as a result. . Gojko. . Vujanovic. Thermal Radiation Workshop . Brookhaven National Laboratory. December 7. th. 2012. 1. Outline. Overview of . Dilepton. sources . Low Mass . Dileptons. Thermal Sources of . Dileptons. 1. Grand Challenges for . mmWave. Networking. 2. Shorter wavelengths, higher attenuation. ~1000x higher attenuation than . WiFi. or LTE. Use highly directional, electronically steerable phased-arrays to overcome propagation loss. 1. V. – upstream velocity (approaching velocity). u. . - free stream velocity (relative velocity compare to the body). Chapter 7 : Convection – External Flow : Cylinder in cross flow . 2. Re. Robert J. . Cavagnaro . and Dr. Brian . Polagye. Northwest National Marine Renewable Energy Center (NNMREC). University of Washington. Oxford Tidal Energy Workshop. April 7, 2014. Motivation. NNMREC has developed a “.