DAILY DRIBBLE 2017 Australian School Championships

Total Page:16

File Type:pdf, Size:1020Kb

DAILY DRIBBLE 2017 Australian School Championships 2017 Australian School Championships DAILY DRIBBLE CHAMPIONSHIP MEN Results Wednesday 6th December, 2017 Time Team 1 Team 2 Score Venue 11.00am Willetton SHS def. Trinity College 78-65 SBC 1 1.00pm St. James College def. Marcellin 82-77 SBC 4 3.00pm Box Hill SSC def. Newington College 93-73 SBC 4 5.00pm John Paul College def. by Lake Ginninderra 76-93 SBC 1 Fixture Thursday 7th December, 2017 Match Date Time Pool Name Pool Team 1 Team 2 Venue 338 7/12/2017 8.30am Classification 1 Trinity College Newington College SBC 4 KNOX 1 352 7/12/2017 10.30am Classification 2 John Paul College Marcellin SBC 1 KNOX 2 376 7/12/2017 12.30pm Semi Final 1 Willetton SHS Lake Ginninderra SBC 4 KNOX 3 400 7/12/2017 2.30pm Semi Final 2 Box Hill SSC St. James College SBC 1 KNOX 4 Ladder POOL A Position Team P W L F A % PTS 1 Box Hill SSC 3 3 0 256 203 126.1 6 2 Lake Ginninderra 3 2 1 256 216 118.5 5 3 John Paul College 3 1 2 235 273 86.1 4 4 Newington College 3 0 3 230 285 80.7 3 POOL B Position Team P W L F A % PTS 1 Willetton SHS 3 3 0 258 215 120 6 2 St. James College 3 2 1 246 256 96.1 5 3 Trinity College 3 1 2 235 224 104.9 4 4 Marcellin 3 0 3 209 253 82.6 3 Top 3 Scorers 1 Tyler Robertson Box Hill SSC 26.3 2 Mate Colina Lake Ginninderra 24.7 3 Matur Maluach Newington 24.7 2017 Australian School Championships DAILY DRIBBLE CHAMPIONSHIP WOMEN Results Wednesday 6th December, 2017 Time Team 1 Team 2 Score Venue 11.00am Monte Sant Angelo def. by Kennedy Baptist 66-84 SBC 4 1.00pm St Margaret Mary's def. Bendigo Senior 106-62 SBC 1 3.00pm Lake Ginninderra def. Henley High 95-65 SBC 1 5.00pm Willetton SHS def. Rowville Secondary 63-50 SBC 4 Fixture Thursday 7th December, 2017 Match Date Time Pool Team 1 Team 2 Venue 337 7/12/2017 8.30am Classification 1 Rowville Secondary Monte Sant Angelo SBC 1 353 7/12/2017 10.30am Classification 2 Kennedy Baptist Henley High SBC 4 374 7/12/2017 12.30pm Semi Final 1 Lake Ginninderra Bendigo Senior SBC 1 401 7/12/2017 2.30pm Semi Final 2 St Margaret Mary's Willetton SHS SBC 4 Ladder POOL A Position Team P W L F A % PTS 1 Lake Ginninderra 3 3 0 267 179 149.2 6 2 Willetton SHS 3 2 1 171 181 94.5 5 3 Rowville Secondary 3 1 2 194 234 82.9 4 4 Henley High 3 0 3 195 233 83.7 3 POOL B Position Team P W L F A % PTS 1 St Margaret Mary's 3 3 0 309 178 173.6 6 2 Bendigo Senior 3 2 1 211 240 87.9 5 3 Kennedy Baptist 3 1 2 234 257 91.1 4 4 Monte Sant Angelo 3 0 3 166 245 67.8 3 Top 3 Scorers 1 Taylor Mole Lake Ginninderra 30.3 2 Jewel Williams Kennedy Baptist 29 3 Alex Fowler St Margaret Mary's 27 2017 Australian School Championships DAILY DRIBBLE UNDER-20 WOMEN DIVISION 1 Results Wednesday 6th December, 2017 Time Team 1 Team 2 Score Venue 2.10pm St Paul's Anglican def. by Maribyrnong 36-53 Knox 5 2.10pm Barker College def. by Box Hill SSC 47-86 Knox 6 Fixture Thursday 7th December, 2017 Match Date Time Pool Team 1 Team 2 Venue 384 7/12/2017 1.00pm Semi Final 1 Maribyrnong Barker College SBC 5 385 7/12/2017 1.00pm Semi Final 2 Box Hill SSC St Paul's Anglican SBC 6 Ladder Position Team P W L F A % PTS 1 Maribyrnong 3 3 0 174 114 152.6 6 2 Box Hill SSC 3 2 1 197 140 140.7 5 3 St Paul's Anglican 3 1 2 130 162 80.3 4 4 Barker College 3 0 3 123 208 59.1 3 Top 3 Scorers 1 Sharna Ayres Box Hill SSC 25.3 2 Abby Zhang Box Hill SSC 13.7 3 Casey Paea Maribyrnong 13.3 2017 Australian School Championships DAILY DRIBBLE UNDER-20 WOMEN DIVISION 2 Results Wednesday 6th December, 2017 Time Team 1 Team 2 Score Venue Central Coast 11.50am def. by Brisbane Adventist 38-54 SBC 2 Adventist 11.50am Mater Christi def. Willetton SHS 54-40 SBC 3 11.50am Erindale College def. Redlands 56-23 SBC 5 Fixture Thursday 7th December, 2017 Match Date Time Pool Team 1 Team 2 Venue 324 7/12/2017 8.20am Rounds Brisbane Adventist Erindale College Knox 1 325 7/12/2017 8.20am Rounds Redlands Willetton SHS Knox 2 326 7/12/2017 8.20am Rounds Central Coast Adventist Mater Christi Knox 3 396 7/12/2017 2.10pm Semi Final 1 SBC 2 397 7/12/2017 2.10pm Semi Final 2 SBC 3 Ladder Position Team P W L F A % PTS 1 Mater Christi 4 4 0 237 132 179.6 8 2 Willetton SHS 4 3 1 195 179 124 7 3 Central Coast Adventist 4 2 2 177 170 104.1 6 4 Brisbane Adventist 4 2 2 169 181 93.4 6 5 Erindale College 4 1 3 177 196 90.3 5 6 Redlands 4 0 4 119 216 55.1 4 7 Creekers 1 0 1 61 64 95.31 1 Top 3 Scorers 1 Tia Morgan Willetton SHS 18.3 2 Naomi Smith Mater Christi 16.5 3 Taina Naividi Mater Christi 13.5 2017 Australian School Championships DAILY DRIBBLE UNDER-20 MEN DIVISION 1 Results Wednesday 6th December, 2017 Time Team 1 Team 2 Score Venue 10.40am Hillcrest Christian def. Henley High 78-65 Knox 1 10.40am Sydney Boys def. St Joseph's 73-59 Knox 2 10.40am Barker College def. Mountain Creek 68-59 Knox 3 10.40am St Francis Xavier def. by Rowville Secondary 46-76 Knox 4 4.30pm Mountain Creek def. St Francis Xavier 73-68 Knox 1 4.30pm Barker College def. Hallam Secondary 62-54 Knox 2 4.30pm Henley High def. Sydney Boys 66-64 Knox 3 4.30pm Hillcrest Christian def. The King's 55-51 Knox 4 Fixture Thursday 7th December, 2017 Match Date Time Pool Team 1 Team 2 Venue 348 7/12/2017 9.30am Quarter-Final 1 Rowville Secondary The King's SBC 2 349 7/12/2017 9.30am Quarter-Final 2 Hillcrest Christian Mountain Creek SBC 3 350 7/12/2017 9.30am Quarter-Final 3 Barker College Sydney Boys SBC 5 351 7/12/2017 9.30am Quarter-Final 4 Henley High Hallam Secondary SBC 6 411 7/12/2017 3.20pm Semi-Final 1 SBC 2 412 7/12/2017 3.20pm Semi-Final 2 SBC 3 413 7/12/2017 3.20pm Classification 1 SBC 5 414 7/12/2017 3.20pm Classification 2 SBC 6 Ladder POOL A Position Team P W L F A % PTS 1 Rowville Secondary 4 4 0 333 183 182 8 2 Barker College 4 3 1 251 250 100.4 7 3 Hallam Secondary 4 2 2 226 266 85 6 4 Mountain Creek State 4 1 3 236 303 77.9 5 5 St Francis Xavier 4 0 4 227 271 83.8 4 POOL B Position Team P W L F A % PTS 1 Hillcrest Christian 4 4 0 283 241 117.4 8 2 Henley High 4 3 1 259 249 104 7 3 Sydney Boys 4 1 3 261 268 97.4 5 4 The King's 4 1 3 228 231 98.7 5 5 St Joseph's College 4 1 3 236 278 84.9 5 Top 3 Scorers 1 Flynn Cameron Hillcrest Christian 32.5 2 Jacob Foy St Francis Xavier 22.3 3 Mitchell Barry Rowville Secondary 21 2017 Australian School Championships DAILY DRIBBLE UNDER-20 MEN DIVISION 2 Results Wednesday 6th December, 2017 Time Team 1 Team 2 Score Venue 9.30am Scotch Oakburn def. by Knox Grammar 64-79 Knox 5 9.30am Encounter Lutheran def. by Maribyrnong 69-80 Knox 6 3.20pm Point Cook Senior def. by Melbourne High 40-78 SBC 2 3.20pm The Scots def. by Shore 35-65 SBC 3 3.20pm Scotch Oakburn def. Beaconhills 74-63 SBC 5 3.20pm Knox Grammar def. by Encounter Lutheran 53-60 SBC 6 Fixture Thursday 7th December, 2017 Match Date Time Pool Team 1 Team 2 Venue 327 7/12/2017 8.20am Quarter-Final 1 Maribyrnong The Scots Knox 4 328 7/12/2017 8.20am Quarter-Final 2 Melbourne High Scotch Oakburn Knox 5 329 7/12/2017 8.20am Quarter-Final 3 Encounter Lutheran Point Cook Senior Nuna 1 330 7/12/2017 8.20am Quarter-Final 4 Shore Knox Grammar Nuna 2 392 7/12/2017 2.10pm Semi-Final 1 Nuna 1 393 7/12/2017 2.10pm Semi-Final 2 Nuna 2 394 7/12/2017 2.10pm Classification 1 Nuna 3 395 7/12/2017 2.10pm Classification 2 Nuna 4 Ladder POOL A Position Team P W L F A % PTS 1 Maribyrnong 4 4 0 365 212 172.2 8 2 Encounter Lutheran 4 3 1 258 210 122.9 7 3 Knox Grammar 4 2 2 247 256 96.5 6 4 Scotch Oakburn 4 1 3 223 308 72.4 5 5 Beaconhills 4 0 4 197 304 64.8 4 POOL B Position Team P W L F A % PTS 1 Melbourne High 3 3 0 220 117 188 6 2 Shore 3 2 1 165 155 106.5 5 3 Point Cook Senior 3 1 1 179 213 84 4 4 The Scots 3 0 2 147 226 65 3 Top 3 Scorers 1 Ted Ferguson The Scots 33 2 Jake Tranter Melbourne High 24 3 Max Scott Encounter Lutheran 23.8 2017 Australian School Championships DAILY DRIBBLE UNDER-20 MEN DIVISION 3 Results Wednesday 6th December, 2017 Time Team 1 Team 2 Score Venue 10.40am Unley High def.
Recommended publications
  • Development of a Racing Strategy for a Solar Car
    DEVELOPMENT OF A RACING STRATEGY FOR A SOLAR CAR A THESIS SUBMITTED TO THE GRADUATE SCHOOL OF NATURAL AND APPLIED SCIENCES OF MIDDLE EAST TECHNICAL UNIVERSITY BY ETHEM ERSÖZ IN PARTIAL FULFILLMENT OF THE REQUIREMENTS FOR THE DEGREE OF MASTER OF SCIENCE IN MECHANICAL ENGINEERING SEPTEMBER 2006 Approval of the Graduate School of Natural and Applied Sciences Prof. Dr. Canan Özgen Director I certify that this thesis satisfies all the requirements as a thesis for the degree of Master of Science Prof. Dr. Kemal İder Head of Department This is to certify that we have read this thesis and that in our opinion it is fully adequate, in scope and quality, as a thesis for the degree of Master of Science Asst. Prof. Dr. İlker Tarı Supervisor Examining Committee Members Prof. Dr. Y. Samim Ünlüsoy (METU, ME) Asst. Prof. Dr. İlker Tarı (METU, ME) Asst. Prof. Dr. Cüneyt Sert (METU, ME) Asst. Prof. Dr. Derek Baker (METU, ME) Prof. Dr. A. Erman Tekkaya (Atılım Ü., ME) I hereby declare that all information in this document has been obtained and presented in accordance with academic rules and ethical conduct. I also declare that, as required by these rules and conduct, I have fully cited and referenced all material and results that are not original to this work. Name, Last name : Ethem ERSÖZ Signature : iii ABSTRACT DEVELOPMENT OF A RACING STRATEGY FOR A SOLAR CAR Ersöz, Ethem M. S., Department of Mechanical Engineering Supervisor : Asst. Prof. Dr. İlker Tarı December 2006, 93 pages The aerodynamical design of a solar race car is presented together with the racing strategy.
    [Show full text]
  • Solar Challenger
    Solar Challenger Future starts now Tim van Leeuwen & Jesper Haverkamp V6 Hermann Wesselink College Advisor: F. Hidden March 2010 Abstract Main goal of this project was to make calculations and respective designs to create an electric airplane prototype, capable of powering its flight either entirely or partially using solar 2010 energy. This project intended to stimulate research on renewable energy sources for aviation. - In future solar powered airplanes could be used for different types of aerial monitoring and unmanned flights. First, research was done to investigate properties and requirements of the plane. Then, through a number of sequential steps and with consideration of substantial formulas, the aircraft‟s design was proposed. This included a study on materials, equipment and feasibility. Finding a balance between mass, power, force, strength and costs proved to be particularly difficult. Eventually predictions showed a 50% profit due to the installation of solar cells. The aircraft‟s mass had to be 500 grams at the most, while costs were aimed to be as low as €325. After creating a list of materials and stipulating a series of successive tests, construction itself started. Above all, meeting the aircraft‟s target mass, as well as constructing a meticulously balanced aircraft appeared to be most difficult. Weight needed to be saved on nearly any element. We replaced the battery, rearranged solar cells and adjusted controls. Though setbacks occurred frequently, we eventually met our goals with the aircraft completed whilst Tim van Leeuwen & Jesper Haverkamp Haverkamp Jesper & Leeuwen van Tim weighing in at 487 grams. – Testing commenced with verifying the wings‟ actual lift capacities.
    [Show full text]
  • Sailplane Aerodynamics at Delft University of Technology
    NVvL 2006 1 Research on sailplane aerodynamics at Delft University of Technology. Recent and present developments. L.M.M. Boermans TU Delft Presented to the Netherlands Association of Aeronautical Engineers (NVvL) on 1 June 2006 Summary The paper consists of two parts. Part one describes the findings of recent aerodynamic developments at Delft University of Technology, Faculty of Aerospace Engineering, and applied in high-performance sailplanes as illustrated by the Advantage, Antares, Stemme S2/S6/S8/S9 family, Mü-31 and Concordia (Chapter 1). The same technology has been applied in the aerodynamic design of the Nuna solar cars as illustrated by the Nuna-3 (Chapter 2). Part two describes results of ongoing research on boundary layer control by suction, a beckoning perspective for significant drag reduction (Chapter 3). 1. Recent research on sailplane aerodynamics 1.1. Introduction The speed polar of a high-performance sailplane, subdivided in contributions to the sink rate of the wing, fuselage and tailplanes, Figure 1, illustrates that the largest contribution is due to the wing; at low speed due to induced drag and at high speed due to profile drag 1 . Figure 1 Contributions to the speed polar of the ASW-27 Hence, improvements have been focused on these contributions, followed by the fuselage and tailplane drag, in particular at high speed. These improvements will be illustrated by examples of various new sailplane designs. It should be pointed out, however, that each new sailplane design incorporates improvements similar to those presented here for the individual sailplanes. NVvL 2006 2 1.2. Induced drag Induced drag has been minimized by optimizing the wing planform with integrated winglets, as illustrated by the wing of the Advantage shown in Figure 2a.
    [Show full text]
  • DAILY DRIBBLE 2017 Australian School Championships
    2017 Australian School Championships DAILY DRIBBLE CHAMPIONSHIP MEN Results Monday 4th December, 2017 Time Team 1 Team 2 Score Venue 11.00am Marcellin def. by Trinity College 51-81 SBC 1 1.00pm St. James College def. by Willetton SHS 69-90 SBC 1 3.00pm John Paul College def. by Box Hill SSC 63-89 SBC 4 5.00pm Newington College def. by Lake Ginninderra 66-96 SBC 4 Fixture Tuesday 5th December, 2017 Match Date Time Pool Name Pool Team 1 Team 2 Venue 149 5/12/2017 11.00am Pool A Lake Ginninderra Box Hill SSC SBC 1 KNOX 1 159 5/12/2017 1.00pm Pool A Newington College John Paul College SBC 1 KNOX 2 191 5/12/2017 3.00pm Pool B Trinity College St. James College SBC 4 KNOX 3 213 5/12/2017 5.00pm Pool B Willetton SHS Marcellin SBC 4 KNOX 4 Ladder POOL A Position Team P W L F A % PTS 1 Lake Ginninderra 1 1 0 96 66 145.5 2 2 Box Hill SSC 1 1 0 89 63 141.3 2 3 John Paul College 1 0 1 63 89 70.1 1 4 Newington College 1 0 1 66 96 68.8 1 POOL B Position Team P W L F A % PTS 1 Trinity College 1 1 0 81 51 158.9 2 2 Willetton SHS 1 1 0 90 69 130.4 2 3 St. James College 1 0 1 69 90 76.7 1 4 Marcellin 1 0 1 51 81 62.9 1 Top 3 Scorers 1 Mate Colina Lake Ginninderra 27 2 Glenn Morison Lake Ginninderra 24 3 Tyler Robertson Box Hill SSC 23 2017 Australian School Championships DAILY DRIBBLE CHAMPIONSHIP WOMEN Results Monday 4th December, 2017 Time Team 1 Team 2 Score Venue 11.00am Rowville Secondary Henley High 83-79 SBC 4 1.00pm Willetton SHS Lake Ginninderra 53-80 SBC 4 3.00pm Bendigo Senior Kennedy Baptist 86-83 SBC 1 5.00pm St Margaret Mary's Monte Sant Angelo 98-49 SBC 1 Fixture Tuesday 5th December, 2017 Match Date Time Pool Team 1 Team 2 Venue 149 5/12/2017 11.00am Pool A Lake Ginninderra Box Hill SSC SBC 1 159 5/12/2017 1.00pm Pool A Newington College John Paul College SBC 1 191 5/12/2017 3.00pm Pool B Trinity College St.
    [Show full text]
  • 139 Study of Solar Energy Operated Hybrid Mild Cars: a Review
    International Journal of Scientific Engineering and Technology (ISSN : 2277-1581) www.ijset.com, Volume No.1, Issue No.4, pg : 139-148 01 Oct. 2012 Study of Solar Energy Operated Hybrid Mild Cars: A Review Ranjeet Singh, Manoj Kumar Gaur, Chandra Shekhar Malvi Mechanical Engineering Department, MITS Gwalior-474005 M.P., India E-Mail:- [email protected], [email protected], [email protected] Abstract – A large amount of research on solar energy The term of “solar car” usually implies that solar energy is operated hybrid mild cars and solar cars have been used to power all or part of a vehicle's propulsion. Solar car considering the recent 10 year development. An overview of are not sold as practical day-to-day transportation devices at this research is presented; both in terms of an historic present day, but are primarily demonstration vehicles and overview of research projects, book, and journal paper engineering exercises and model of a car. addressing the different research issues for mild car are discussed. In this paper, a study on past, present and future 1.2 Hybrid solar energy and electric operated cars solar energy applications , has been presented to the main issue of solar car, technical parameters and the model A hybrid car is a vehicle that uses two or more distinct power structure have been discussed , on the basis of this we have sources to move the car. The term most commonly refers to collected various research work and the work has been hybrid electric vehicle (HEVs), which combine a solar energy noticed. The objective of this work is to estimate the potential and electric energy.
    [Show full text]
  • Automotive Applications of Solar Energy G.Rizzo*
    Automotive Applications of Solar Energy G.Rizzo* *Dept. of Mechanical Engineering, University of Salerno, 84084 Fisciano (SA), Italy (Tel: 39 089 964069, e-mail: [email protected]) Abstract: There is an increasing awareness about the need to achieve a more sustainable mobility, both among specialists and in public opinion, and about the opportunities given by renewable sources. In last years, increasing efforts are being spent towards the application of solar energy to electric and hybrid cars, also thanks to the advances in photovoltaic technology and to their growing diffusion for stationary plants. Anyway, the possibility to apply solar energy to cars is still considered as a questionable issue in the automotive community. In this paper, a survey study on the past, present and future applications of solar energy to cars is presented and the main issues are discussed, also on the base of the research performed by the author on Hybrid Solar Vehicles. Keywords: Solar Energy, Solar Cell, Electric Vehicles, Hybrid Vehicles, Automotive Control consumption and CO emissions related to cars and INTRODUCTION 2 transportation are expected to increase; In the last years, sustainable mobility issues are gaining - fossil fuels, largely used for car propulsion, are doomed to increasing attention both among specialists and in public depletion; their price is still growing, and is subject to large opinion, due to the major impact of automotive systems on and unpredictable fluctuations (Fig. 1); carbon dioxide production, climate changes and fossil fuel depletion. More in general, there is an increasing awareness - transportation has a marked impact on acoustic and about the need to achieve a more sustainable development, atmospheric pollution in urban areas: consequently, there is allowing meeting the needs of the present without an increasing trend to create emissions-free urban areas compromising the ability of future generations to meet their accessed only by ULEV’s (ultra low emissions vehicle) or needs (Kyoto Protocol, 1997).
    [Show full text]
  • Energy Matching
    Energy Matching Key towards the design of sustainable photovoltaic powered products Sioe Yao KAN Energy Matching Key towards the design of sustainable photovoltaic powered products proefschrift ter verkrijging van de graad van doctor aan de Technische Universiteit Delft, op gezag van de Rector Magnificus prof. dr. ir. J.T. Fokkema, voorzitter van het College voor Promoties, in het openbaar te verdedigen op dinsdag, 19 december 2006 om 10.00 uur door Sioe Yao KAN elektrotechnisch ingenieur en Diplom-Physiker aan de Universität Stuttgart Geboren te ‘s-Gravenhage Dit proefschrift is goedgekeurd door de promotoren: Prof. dr. ir. J.C. Brezet Prof. dr. W.C. Sinke Samenstelling van de promotiecommissie: Rector Magnificus, voorzitter Prof. dr. ir. J.C. Brezet, Technische Universiteit Delft, promotor Prof. dr. W.C. Sinke, Universiteit Utrecht, promotor Prof. dr. T.B. Johansson, Universiteit Lund, Zweden Prof. dr. J. Schoonman, Technische Universiteit Delft Prof. dr. W.J. Ockels, Technische Universiteit Delft Prof. dr. dr. h.c. M. Grätzel, Ecole Polytechnique Fédéral de Lausanne, Zwitserland Dr. ir. S. Silvester, Technische Universiteit Delft Energy Matching - Key towards the design of sustainable photovoltaic powered products Sioe Yao Kan Thesis Delft University of Technology, Delft, The Netherlands Design for Sustainability Program publication nr. 14 ISBN-10: 90-5155-030-8 ISBN-13: 978-90-5155-030-6 The research was funded by NWO/SenterNovem Stimuleringsprogramma Energieonder- zoek (Stimulation Program Energy Research) Coverdesign and layout by Duygu Keskin Printed by PrintPartners Ipskamp, Rotterdam, The Netherlands Distributed by DfS [email protected] Tel +31 15 278 2738 Fax + 31 15 278 2956 Copyright © by Sioe Yao Kan.
    [Show full text]
  • DAILY DRIBBLE 2017 Australian School Championships
    2017 Australian School Championships DAILY DRIBBLE CHAMPIONSHIP MEN Results Tuesday 5th December, 2017 Time Team 1 Team 2 Score Venue 11.00am Lake Ginninderra def. by Box Hill SSC 67-74 SBC 1 1.00pm Newington College def. by John Paul College 91-96 SBC 1 3.00pm Trinity College def. by St. James College 89-95 SBC 4 5.00pm Willetton SHS def. Marcellin 90-81 SBC 4 Fixture Wednesday 6th December, 2017 Match Date Time Pool Name Pool Team 1 Team 2 Venue 249 6/12/2017 11.00am Pool B Willetton SHS Trinity College SBC 1 KNOX 1 272 6/12/2017 1.00pm Pool B St. James College Marcellin SBC 4 KNOX 2 290 6/12/2017 3.00pm Pool A Box Hill SSC Newington College SBC 4 KNOX 3 314 6/12/2017 5.00pm Pool A John Paul College Lake Ginninderra SBC 1 KNOX 4 Ladder POOL A Position Team P W L F A % PTS 1 Box Hill SSC 2 2 0 163 130 125.4 4 2 Lake Ginninderra 2 1 1 163 140 116.4 3 3 John Paul College 2 1 1 159 180 88.3 3 4 Newington College 2 0 2 157 192 81.8 2 POOL B Position Team P W L F A % PTS 1 Willetton SHS 2 2 0 180 150 120 4 2 Trinity College 2 1 1 170 146 116.4 3 3 St. James College 2 1 1 164 179 91.6 3 4 Marcellin 2 0 2 132 171 77.1 2 Top 3 Scorers 1 Mate Colina Lake Ginninderra 28 2 Reed Nottage Newington 24.5 3 Tyler Robertson Box Hill SSC 23 2017 Australian School Championships DAILY DRIBBLE CHAMPIONSHIP WOMEN Results Tuesday 5th December, 2017 Time Team 1 Team 2 Score Venue 11.00am Kennedy Baptist def.
    [Show full text]
  • Design in the Chair Aerospace for Sustainable Engineering and Technology (ASSET)
    Design in the chair AeroSpace for Sustainable Engineering and Technology (ASSET) Joris Melkert 1 Assistant professor, Delft University of Technology, Faculty of Aerospace Engineering, Delft, The Netherlands Abstract This paper gives an overview of the design work being performed in the chair Aerospace for Sustainable Engineering and Technology. The research of the chair is focusing on the themes sustainable energy conversion and sustainable transport. The work of the chair is organized in projects. For both research themes this paper gives an overview of two projects each. Key words: design, sustainability energy conversion, transport 1. Introduction The chair Aerospace for Sustainable Engineering and Technology was started in 2003 by professor wubbo Ockels. The chair aims at applying technology form aerospace for sustainable development. The chair does this from the vision saying that nature has no mercy and that humanity in the future needs to play the game with nature, rather than against nature. In this process technological means are essential, and in particular the technologies developed by aerospace can play an essential role. It is in this respect that ASSET sees an opportunity, namely to initiate activities where the capabilities and results of aerospace engineering are particularly used for sustainable developments. As this field is new, no previous experience existed. The strategy proposed was to initiate a number of highly visible and relevant projects that will lead to subjects for education and further research. The Faculty of Aerospace engineering strives towards organizing its research and education in an object oriented way. In fact for ASSET the objects are formed by initiating visible, challenging and stimulating projects from which the education and research forms a spin-off.
    [Show full text]
  • Aerodynamic Design and Development of the Sunswift IV Solar Racing Car
    Aerodynamic design and development of the Sunswift IV solar racing car Graham Doig* Schoo I of Mechanical and Manufacturing Engineering, The University ofNew South Wales, Sydney, NSW 2052, Australia E-mail: [email protected] *Corresponding author Chris Beves CD-adapco, 200 Shepherds Bush Road, London W6 7NL, UK E-mai1: cbeves@hotmai \.com Abstract: The aerodynamic design and development ol' the University of New South Wales' ultra-low-drag solar-electric Sunswitl IV car is described, detailing the student-led design process n·om initial concept sketches to the completed vehicle. The body shape was established and relined over a period of six months in 2008-2009, almost entirely using computational lluid dynamics. The guiding philosophy was that predictable handling and drag minimisation in challenging, changing wind conditions of the type commonly seen during the World Solar Challenge across Australia was prelerable to high performance only on 'perfect' days. The car won its class in the 2009 and 2011 World Solar Challenges, and holds the Guinness World Record for last est solar-powered vehicle. Keywords: CFD; computational lluid dynamics; solar car; aerodynamics; land speed record; streamlining; world solar challenge; renewable energy; ground eflect; vehicle design. Reference to this paper should be made as follows: Doig, G. and Beves, C. (2014) 'Aerodynamic design and development of the Sunswi!l IV solar racing car', Int. J. Vehicle Design, Vol. 66, No. 2, pp.l43-167. Biographical notes: Graham Doig is a Lecturer at the University of New South Wales (UNSW). He received his MEng from the University ofGlasgow and his PhD UNSW, and subsequently worked as a mechanical engineer lor AECOM.
    [Show full text]
  • DAILY DRIBBLE 2017 Australian School
    2017 Australian School Championships DAILY DRIBBLE CHAMPIONSHIP MEN Results Thursday 7th December, 2017 Time Team 1 Team 2 Score Venue 8.30am Trinity def. by Newington College 69-77 SBC 4 10.30am John Paul College def. Marcellin 81-68 SBC 1 12.30pm Willetton SHS def. by Lake Ginninderra 68-87 SBC 4 2.30pm Box Hill SSC def. St. James College 105-79 SBC 1 Fixture Friday 8th December, 2017 Match Date Time Pool Name Pool Team 1 Team 2 Venue 444 8/12/207 9.00am Play Off 5/6 John Paul College Newington College SBC 4 KNOX 1 461 8/12/207 11.00am Bronze Medal St. James College Willetton SHS SBC 1 KNOX 2 485 8/12/207 1.00pm Play Off 7/8 Marcellin Trinity SBC 4 KNOX 3 499 8/12/207 3.00pm Gold Medal Box Hill SSC Lake Ginninderra SBC 1 KNOX 4 Top 3 Scorers 1 Mate Colina Lake Ginninderra 27.8 2 Reed Nottage Newington College 26.3 3 Tyler Robertson Box Hill SSC 25.6 2017 Australian School Championships DAILY DRIBBLE CHAMPIONSHIP WOMEN Results Thursday 7th December, 2017 Time Team 1 Team 2 Score Venue 8.30am Rowville Secondary def. Monte Sant Angelo 74-57 SBC 1 10.30am Kennedy Baptist def. by Henley High 78-86 SBC 4 12.30pm Lake Ginninderra def. Bendigo Senior 80-67 SBC 1 2.30pm St Margaret Mary's def. Willetton SHS 62-48 SBC 4 Fixture Friday 8th December, 2017 Match Date Time Pool Team 1 Team 2 Venue 443 8/12/2017 9.00am Bronze Medal Bendigo Senior Willetton SHS SBC 1 462 8/12/2017 11.00am Play Off 5/6 Rowville Secondary Henley High SBC 4 484 8/12/2017 1.00pm Gold Medal Lake Ginninderra St Margaret Mary's SBC 1 500 8/12/2017 3.00pm Play Off 7/8 Monte Sant Angelo Kennedy Baptist SBC 4 Top 3 Scorers 1 Taylor Mole Lake Ginninderra 28 2 Alex Fowler St Margaret Mary's 27 3 Jewel Williams Kennedy Baptist 27 2017 Australian School Championships DAILY DRIBBLE UNDER-20 WOMEN DIVISION 1 Results Thursday 7th December, 2017 Time Team 1 Team 2 Score Venue 1.00pm Maribyrnong def.
    [Show full text]
  • Konceptstudie Av Solcellsdriven Bil a Concept Study of a Solar Car
    Konceptstudie av solcellsdriven bil Richard Hansson EXAMENSARBETE 2011 Magister Industridesign Konceptstudie av solcellsdriven bil A concept study of a solar car Richard Hansson This degree project is performed at the School of Engineering in Jönköping in the subject field Industrialdesign. The project is a result of the master program Industrialdesign. The writers are responsible of the result, conclusions and reflections. Tutor: Lars Eriksson Extent: 30 points (D‐level) Date: 2011‐06‐10 Filing number: Postadress: Besöksadress: Telefon: Box 1026 Gjuterigatan 5 036‐10 10 00 (vx) 551 11 Jönköping Abstract World Solar Challenge is a competition in Australia held to promote the development of renewable energy sources. In this competition universities around the world participates and build their own solar driven car. This car should then be driven between Darwin and Adelaide, a distance of approximately 3000 km thru Australia on the shortest time as possible. This project is a collaboration with School of Engineering in Jönköping for a coming course where students can apply and then participate in World Solar Challenge 2013. This course makes it possible for students to build a solar car which will be driven and a part of the competition. By putting demands that is necessary and desirable in a function analysis the project gets a starting‐point and a support that decides how the concept should look like and which of the demands that should be implemented. The restrictions which the management of the competition for World Solar Challenge has established can be converted to necessary demands in the function analysis. The research, restrictions and those theories of the aerodynamic aspects has decides how the concept is designed.
    [Show full text]