PPT-Pneumatic Sampling in Extreme Terrain with the Axel Rover

Yifei Huang 82312 Frank W Wood SURF Fellow 1 Overview Motivation Pneumatic Sampling Concept and feasibility Design amp Testing Nozzle Cyclone Sample Container Pressure Container. As a roaming S’COOL Cloud Observer, A Rover, you will collect data on cloud type, height, cover and related conditions. . Your observations . help us to validate satellite data and give us a more complete picture of clouds in the atmosphere and their interactions with other parts of the integrated global Earth system.. TERRAIN EFFECTS TABLE TERRAIN EFFECTS TABLE TERRAIN EFFECTS TABLE TERRAIN EFFECTS TABLE TERRAIN EFFECTS TABLE TERRAIN EFFECTS TABLE TERRAIN EFFECTS TABLE TERRAIN EFFECTS TABLE TERRAIN EFFECTS TABLE Cl Summer Seminar . Day Presentation. Nikola . Georgiev 08/23/2012. 1. Introduction to Axel Rover. The Axel rover is designed to access extreme extra-planetary terrain that is characterized by . steep . © 2012 Project Lead The Way, Inc.. Principles . of . Engineering. Pneumatic Power. Pneumatic power. Pneumatics vs. hydraulics. Early pneumatic uses. Properties of gases. Pascal. ’. s Law. Perfect gas laws. OBJECTIVE. The launch of the all new Range Rover Sport was the most important activity of the year. The campaign had to reinforce Land Rover’s credentials as a forward-facing brand and deliver real brand appeal. The communications challenge was to get our Ambitious Aspirers audience to think and feel differently about Land Rover in a new, modern and surprising way. The ultimate goal was to create a moment in time for our audience through paid for media, wowing them, appealing to their entrepreneurial spirit, and encouraging them to explore Land Rover’s rich online content and turning them into advocates willing to share their positive opinions.. programme . Scout. . Association. . of. . Slovenia. . Rover . Scouts. . Popotniki in popotnice/ . Rovers. . (15 – 20 . years. . old. ). Raziskovalci in raziskovalke/ . Explorers. . (21 – 27 . LEARNING OBJECTIVES. Explain the Monte Carlo method. Explain extreme pathways. Explain sampling low-dimensional solution space. Explain sampling . high-dimensional . solution space. Each student should be able to:. Presented . by. . Team No.1. Topics. What is a pneumatic tyre and its drawbacks.. What is an airless tyre?. How it works?. Different design approaches.. Advantages and disadvantages.. Applications.. OBJECTIVE. The launch of the all new Range Rover Sport was the most important activity of the year. The campaign had to reinforce Land Rover’s credentials as a forward-facing brand and deliver real brand appeal. The communications challenge was to get our Ambitious Aspirers audience to think and feel differently about Land Rover in a new, modern and surprising way. The ultimate goal was to create a moment in time for our audience through paid for media, wowing them, appealing to their entrepreneurial spirit, and encouraging them to explore Land Rover’s rich online content and turning them into advocates willing to share their positive opinions.. . D.RAJASHEKAR (13FF1A0314). D.IMMANUEL SUNDERPAL (13FF1A0312). G.HEMA CHANDRA SEKHAR (13FF1A0321). Y.MANOJ (13FF1A0355) . -By . Atul. . Gosavi. -. Guided by Prof. N.P. Jadhav. SEMINAR . ON. A bike which use pressurize air as a fuel is known as pneumatic bikes.. I.C. power engines are replaced by fluid power. The power system in the vehicle is not by combustion of fuel but by means of pressurized fluid power (air). . 1963 to 1969 Studied architecture at the Technical University of Berlin. Major projects. 1985-1993 Museum of Art, Bonn . 1995-2001 German Chancellery, Berlin. Awards. 1999 Architecture Prize concrete, crematorium . Compressed-Air Unit and Compressor. 2. Objectives. Describe the function of a compressed-air unit.. Name and explain the function of each of the components in a compressed-air unit.. Identify the basic designs used in air compressor construction.. Transverse optics 1:. Relativity, Energy & Units. Accelerator co-ordinates. Magnets and their configurations. Hill’s equation. Rende Steerenberg (BE/OP). 10 January 2011. CERN Accelerators. R. Steerenberg, 10-Jan-2011.