EE2006 Liverpool: 25 th July 2006 1 Water Powered Rockets Dr Mark W. Johnson Propelling students to greater heights.

Slides:

Advertisements

Similar presentations

+ Building a Robot Arm Moshe Kam Yvonne Pelham D.G. Gorham TISP: Shenzhen 7-8 July 2009.

Advertisements

Euratom Mechanical operation on the TPL sector E.Delmas – December 8th /13 Disassembly and reassembly of a sector of the Toroidal Pumped Limiter.

AUTOMOTIVE COOLING SYSTEMS

BYU Rocket Team Special thanks to:

CASE STUDY RESEARCH INTO AUSTRALIAN MECHANICAL ENGINEER ATTRIBUTES Clive Ferguson Deakin University Australia.

24-26 July 2006EE2006 Conference, Liverpool, UK1 Dr T. Laoui 1, John ODonoghue 2 University of Wolverhampton 1 School of Engineering and Built Environment.

Employers and employability Terence Perrin Chairman Association of Graduate Recruiters – AGR.

ACADs (08-006) Covered Keywords Chilled Water System Description Supporting Material

Protection notice / Copyright notice Topic 3: Water, water, everywhere? © Siemens AG All rights reserved.

FCX Performance, Inc.. The Power of One 2 World class flow control solutions built on over 100 years of experience FCX does not run businesses; we provide.

Flammable and Combustible Liquid & Compressed Gas Handling and Storage

Power Plant Construction and QA/QC Section 2.3– Steam Generators

Pumping Systems and Day Tanks Presented By Ken Still, CB Kramer 1.

Pumping Systems and Day Tanks

How to Build a Water Bottle Rocket

SECME Water Rocket Design Competition

Introduction to Civil Engineering

Test B, 100 Subtraction Facts

Prof.ir. Klaas H.J. Robers, January 16, 2013 Supervising a graduating student 1.

Torben Rosenørn, Aalborg University Esbjerg, 2010 POPBL in classes where new students with no previous experience in POPBL are to be integrated with students.

Innovations in mechanical engineering design and professional skills teaching at University of Birmingham Mozafar Saadat School of Mechanical Engineering.

Weekly Attendance by Class w/e 6 th September 2013.

Marat Kulakhmetov.  AS8 AS8.

CE 3372 Water Systems Design Lecture 001. Course Location Meet: 9:30-10:50AM, T-Th, CE Room 205 Instructor: T.G. Cleveland TA: P. Monaco Course Materials:

PAPER ROCKET LAUCNHER Bob Galliher Hobart Middle School 705 e.4 th St. Hobart, In

ENGINEERING: It is rocket science!.

Rocket Science and Physics. Functions of rocketry were developed through many years of trial and error Functions of rocketry were developed through many.

Rocket forces and designs Paul Schember Norwood Middle School- 8th grade science The ChallengeHow does it work?Activity Questions Global Relevance Activities.

Bottle Rockets! Its rocket science!. Your challenge Design and Build a rocket using the materials provided to achieve a higher altitude. You must have.

PROBLEM STATEMENT Which factor affects the efficiency of a rocket’s hang time, the placement of its fins, above or below the center of gravity or the size.

Refrigerators Physics 313 Professor Lee Carkner Lecture 13.

HTPB Fuel Grain Flow Rate, Sizing, and Thrust. Regression Rate Governs Size The faster the solid propellant is burned, the “fatter” the rocket must be.

An Engineering Problem 1. A first step is to articulate a clear statement of the problem 2.

Project METEOR Microsystems Engineering and Technology for the Exploration of Outer Regions.

Motion and Forces Primer What makes a balloon fly when the air is let out”

Megan Foran, Danny Jones, & Frank Moynihan Dr. Bob Wilkinson, Ph.D.

Intercollegiate Rocket Engineering Competition Spring 2015 EML Ethics and Design Project Organization.

Nozzle Flow (1DCF) EGR 4347.

Tolerance Synthesis “ Relationship between Geometrical Tolerancing and Product Function ” Irfan A Manarvi Prof. Neal P Juster DMEM, CAD Centre University.

Introduction to Civil Engineering prepaid by:

Project: Water Rockets Your water rocket and report will be a major grade for the 3rd marking period. Rocket Launch Date: Friday, January 30 th Reports.

First Day Material Course identification and general information  Title and code: Thermo-Fluid ME384  Program: mechanical engineering  Level: level.

SCIENCE OLYMPIAD Egg-O-Naut - C CeAnn Chalker

HYBRID ROCKET PROPULSION SYSTEMS BY: MCDOG SNIZZY ALLEN A.K.A SHAWN.

1/13 MER Design of Thermal Fluid Systems Professor Anderson Union College Spring 2012.

Design of a Typical Course s c h o o l s o f e n g I n e e r I n g S. D. Rajan Professor of Civil Engineering Professor of Aerospace and Mechanical Engineering.

January 4, 2005MER160 Course Intro1 MER Design of Thermal Fluid Systems Professors Anderson, Bruno, Kosky Union College Winter Term 2005.

Rocket Engines India Morris November 3, What are Rocket Engines??? Jet engines that use only propellant mass for forming the high speed jet/ thrust.

Rocketry 101 Available Sheet. Part of this area of focus includes building your own rocket.

Temperature Thermometers Thermal Expansion

Chapter 6.2 Notes Fluid Power Fluid Power. Fluids do work when they move objects. Fluid Power = (Pressure x volume) / time Pwr = (PV)/t.

What is a Rocket?  A chamber enclosing a gas under pressure. A release nozzle directs escaping air in one focused direction  A balloon is a simple example.

ENGINEERING: It is rocket science!.

SAHPA ® South African Heat Pipe Association Energy Postgraduate Conference EPC2013, Aug 2013 iThemba LABS 1 JC Ruppersberg and RT Dobson Department.

Hawk Time Good Things! For the field day picnic 8 th graders need donations of individually wrapped drinks: – Water bottles – Juice pouches/boxes – Cans.

KNC1101 Chemical engineering laboratory I COURSE OUTLINE

ERT 213 INTRODUCTION TO PROCESS INSTRUMENTATION

Fluid Flow and Bernoulli’s Equation

Water Bottle Rocket Team 9: Darren Combs, Lauren Darling, Andrew Moorman, Esteben Rodriguez, Amanda Olguin.

MIAMI DADE COUNTY Rules and Guidelines.

DADE COUNTY SECME Rules and Guidelines.

LESSON LD02 The Model Rocket

DESIGN OF THE ARIES IV TRIBRID LIQUID PROPELLANT ROCKET ENGINE

The Amazing Water Rocket.

26. Flow Measurement and Safety Devices

Ping Pong Parachute San Diego Regional.

Presentation transcript:

EE2006 Liverpool: 25 th July Water Powered Rockets Dr Mark W. Johnson Propelling students to greater heights

EE2006 Liverpool: 25 th July Introduction Project for about 100 Year 1 Mechanical Engineering students. Two separate weeks mid December and late January. Objective to improve understanding of engineering science learnt in previous 3 months and to develop team working and communication skills. Students working in groups of 5 with self organisation.

EE2006 Liverpool: 25 th July Objectives 1) To design and build a water propelled rocket and launcher using the materials provided. 2) To predict the rocket performance (apogee height) using Year 1 engineering science. 3) To test the rocket and compare the measured and predicted apogee heights. Week 1

EE2006 Liverpool: 25 th July Objectives 1) To optimise the rocket design. 2) To consider the rocket stability and design and build suitable fins. Week 2 3) To present the work in a written report and oral presentation.

EE2006 Liverpool: 25 th July Launcher Cycle Valve Release Cord Plastic pipe Jubilee clips Drinks bottle cap Plywood

EE2006 Liverpool: 25 th July Release mechanism Release Ring Cable ties Release Cord Bottle neck

EE2006 Liverpool: 25 th July Rocket Fins Ballast Pressure Vessel O ring

EE2006 Liverpool: 25 th July Pump Pressure gauge Connector

EE2006 Liverpool: 25 th July Simple altimeter Fins Ballast Pressure Vessel O ring Graduated scale

EE2006 Liverpool: 25 th July Engineering Science Gas Expansion (Thermodynamics) Nozzle Flow (Fluid Mechanics) Pressure Vessel (Solid Mechanics) Stability (Dynamics) Performance Prediction (Computing)

EE2006 Liverpool: 25 th July Performance prediction

EE2006 Liverpool: 25 th July Optimisation

EE2006 Liverpool: 25 th July Learning outcomes 1) The recognition of the importance of engineering science in the design process. 2) The ability to present technical and design work through orals and reports. 3) The ability to work within a team.