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Propulsion:     more books (100)

Future Spacecraft Propulsion Systems: Enabling Technologies for Space Exploration (Springer Praxis Books / Astronautical Engineering) by Paul A. Czysz, Claudio Bruno, 2009-03-16 Electrogravitics II: Validating Reports on a New Propulsion Methodology (No. 2) by Thomas Valone, 2005-07-01 Electric Propulsion for Boats by Charles A Mathys, 2010-05-12 Europe/United States Space Activities: With a Space Propulsion Supplement (Science and Technology Series) by Goddard Memorial Symposium 1985 (Nasa Goddard Space Flight Center), Peter M. Bainum, et all 1985-08 Aerothermodynamics of Gas Turbine Rocket Propulsion, Third Edition (Aiaa Education Series) by Gordon C. Oates, 1997-06 Aerodynamics, Propulsion, Structures and Design Practice (Principles of Guided Missile Design) by E.A. Bonney, etc., 1956-12 Advanced Space Propulsion Systems by Martin Tajmar, 2003-01-30 Fundamentals of Hybrid Rocket Combustion and Propulsion (Progress in Astronautics and Aeronautics) Fundamentals of Electric Propulsion: Ion and Hall Thrusters (JPL Space Science and Technology Series) by Dan M. Goebel, Ira Katz, 2008-11-10 Electrogravitics Systems: Reports on a New Propulsion Methodology Robust Control of Diesel Ship Propulsion by Nikolaos Xiros, 2002-08-05 ROCKET PROPULSION. by Marcel; Jaumotte, Andre; De Veubeke, Baudouin Fraeijs; Vandenkerckhove, Jean Barrere, 1960 Marine Propellers and Propulsion, Second Edition by John Carlton, 2007-08-06 Frontiers of Propulsion Science (Progress in Astronautics and Aeronautics)

lists with details

21. Advanced Theortical Propulsion Group Homepage
    Group of scientists that study General Relativity and Warp Drive  
    http://www.geocities.com/halgravity/atpg.html

22. Theory For Gravitic Propulsion
    Theory for Matter, Energy, SpaceTime and Gravitic propulsionintended to inspire debate and research that could lead to experimentation and prototyping.  
    http://members.shaw.ca/mike.anderton
    
    Extractions: Universe Today - Space news from around the Internet, updated every weekday. PhysLINK.com Forward I would like to begin by informing the reader that I am not a physicist, I am an electronics design technologist. I have been researching electroluminescence since 1993, which resulted in my curiosity regarding the nature of photons (electromagnetic energy) and their interactions with electronic devices (matter). I would also like to qualify the title of this article. I did not entitle it " The Theory of Gravitic Propulsion" because it is not yet a complete theory, it is a new way of understanding our universe of matter and energy, based somewhat loosely upon some of the concepts outlined by Albert Einstein. The main focus of this article is the result of many years of thought and readings on the nature of energy, matter and gravity (which I refer to as matter's "gravitic effect" in space-time). It is my intent in this article to contrive a description of physical reality that binds and accounts for these "components" of our universe, while attempting to maintain compatibility with existing theories and knowns. In 1996, Dr. Miguel Alcubierre Moya, a physicist currently working (2001) at the Max Planck Institute in Germany, published a paper which demonstrates mathematically that the type of propulsion system I propose here is possible with certain limitations and apparent energy supply problems, which I believe will be solved as the true nature of physical reality becomes more fully understood. Unfortunately, I did not hear about or read his paper until 2001, 2 years after I first published this article and 5 years after his paper became available. I was surprised to discover that we both came to some of the same conclusions regarding the implementation of this as yet undeveloped technology. I respectfully acknowledge Dr. Alcubierre's work and thank him for his contribution to this new branch of physics I refer to as "Gravitics".

23. Atlantic Research Corporation - A Complete Propulsion Company
    Produces thrusters and postboost propulsion systems along with fuel tanks and advanced composites.  
    http://www.atlanticresearchcorp.com/

24. San Diego Aerospace Museum - The Jet Propulsion Age
    Experiments to determine the feasibility of jet propulsion were being conducted a brief seven years after the Wright brothers' famous flight in 1903. A Romanian, Henri Coanda, built and attempted to fly a very primitive turbine engine airplane near Paris, France, in April 1910 .  
    http://www.aerospacemuseum.org/p15-Jet.HTML

25. JPL's NDEAA's NDE Homepage
    Includes links to articles. Research and development includes focus on composite materials using leaky Lamb waves and Polar Backscattering, robotic NDE, and sensors.  
    http://ndeaa.jpl.nasa.gov/nasa-nde/nde/nde-hp.htm
    
    Extractions: This website includes links to NDEAA Technologies published articles . A description of this lab capability and activity is given in the NDEAA Technologies - NDE Activity Homepage . This research and development includes NDE of composite materials using leaky Lamb waves and Polar Backscattering. This research is conducted in cooperation with Prof. Ajit Mal, Mechanical and Aerospace Engineering Dept., University of California, Los Angeles (UCLA) Publications The following papers require Adobe Reader. "Leaky Lamb Waves NDE of Composites" - Review of QNDE 1997 "Laser Induced UT Plate Waves" - ASNT Fall Conf. 97 "Smart NDE system for corrosion" - ASNT Spring Conf. 98 "Crawling Platform" - ASNT Spring Conf. 98 "LLW NDE of Aging Airacft" - ASNT Spring Conf. 98 "LLW NDE of Composites" - Paper to SPIE, San Antonio, TX March 1998 "LLW NDE of Composites" - Paper to the 7th European Conf. on NDE, Copenhagen, Denmark, May 26-29, 1998 "Mother-Crawler and Modular NDE-Boards for Robotics Scanning and Testing" - ASNT Fall Conf., October 19-22, 1998, Nashville, TN. "Composite materials stiffness determination and defects characterization using enhanced LLW dispersion data acquisition method" - SPIE's 6th Annual International Symposium on NDE of Aging Aircraft, Airports, and Aerospace Hardware (nd02), Newport Beach, CA 3-5 March 1999

26. Index-Outboard Propulsion Systems
    Utilizing stock, unmodified automotive gas or diesel engines, OPS has developed a water jet drive system designed to be easily bolted on or designed into the hull of boats 18' to 30' in length. Located in Ormand Beach, Florida.  
    http://www.opsjet.com
    
    Extractions: The OPS Marine Jet Propulsion System (Pat. Pend.) is a Marine Outboard Propulsion System bringing an innovative solution to the problems plaguing current marine propulsion units OPS has developed the world’s first new marine propulsion system to be introduced to the marine industry in many years. OPS addressed the inherent problems of marine propulsion systems (outboards, I/O’s, stern drives and in-board water-jets) currently available to the marine industry today when designing the new OPS system. New fiberglass housing for the OPS system featured at the recent Norfolk Military show Utilizing stock, unmodified automotive gas or diesel engines, OPS has developed a revolutionary, completely new Water Jet Drive system designed to be easily bolted on or designed into the hull of boats 18' to 30' in length. The OPS Marine Jet Propulsion Systems are to be competitively priced with four-cycle outboards, but feature many competitive advantages, such as, very shallow draft (no protruding appendages), high fuel efficiency, long-term endurance, low maintenance and is "environmentally friendly".

27. Knolls Atomic Power Lab - KAPL
    Supports the United States Naval Nuclear propulsion Program by developing advanced propulsion technology, providing technical support for operating naval reactors, and providing training for naval personnel. Located in Niskayuna, New York.  
    http://www.iss.external.lmco.com/kapl/

28. HOME
    Design firm specializing in conceptual design, structural analysis, modal analysis, aerodynamics, thermodynamics, propulsion systems, fabrication, prototype production, and flight testing.  
    http://www.airboss-aerospace.com/

29. Seafury Surface Piercing Propulsion Units, Surface Drives And Surface Piercing P
    Information about Seafury propulsions Systems surfacepiercing propellors which provide exceptionally quiet and economical high speed power boat cruising  
    http://www.seafury.com/
    
    Extractions: Seafury Surface Drives are ideally suited for commercial vessels including high-speed ferries, fishing boats, commercial dive boats, excursions boats, restaurant and casino boats, work boats, crew boats, water taxis, and pollution control craft. Government agencies operation rescue, patrol, fire fighting, drug interdiction, and coast guard vessels also select surface drives. Seafury drives offer many advantages compared with some of the more complex surface drives including easy installation, high performance, smooth operation, low maintenance, and excellent value. Especially notable is the unique 45-degree transom for excellent reversing characteristics and the integral engine exhaust. Minimal moving parts, no external hydraulics or electrical components make this a very simple drive to install and maintain.

30. Bettis Laboratory, A Contractor In The Naval Nuclear Propulsion Program
    BAPL supports the development and use of advanced propulsion systems for U.S. Navy Vessels by performing basic research; testing new components; and providing technical expertise during construction, maintenance and refueling. BAPL headquarters is located in Burlington, Massachusetts.  
    http://www.bettis.gov/
    
    Extractions: and send us your resume For more than 50 years, the Bettis Laboratory has been developing advanced naval nuclear propulsion technology and providing technical support to ensure the safe and reliable operation of our nation's submarine and aircraft carrier fleets. The Bettis Laboratory is operated for the Department of Energy by Bechtel Bettis Inc. The Bettis Laboratory is solely dedicated to the Naval Nuclear Propulsion Program, which is a joint Navy-DOE program responsible for the research, design, construction, operation, and maintenance of U.S. nuclear-powered warships. Bettis is An Equal Opportunity Employer and is Committed to Workforce Diversity This site conforms to W3C's "Web Content Accessibility Guidelines 1.0", available at http://www.w3.org/TR/1999/WAI-WEBCONTENT-19990505

31. Nuclear Thermal Propulsion
    Information resources on space nuclear propulsion, space policy and other nuclear related topics.  
    http://www.fas.org/nuke/space/index.html

32. Beginner's Guide To Propulsion
    Provides information on propulsion for the K12 audience.  
    http://www.grc.nasa.gov/WWW/K-12/airplane/bgp.html
    
    Extractions: Center Welcome to the Beginner's Guide to Propulsion What is propulsion? The word is derived from two Latin words: pro meaning before or forwards and pellere meaning to drive. Propulsion means to push forward or drive an object forward. A propulsion system is a machine that produces thrust to push an object forward. On airplanes, thrust is usually generated through some application of Newton's third law of action and reaction. A gas, or working fluid , is accelerated by the engine, and the reaction to this acceleration produces a force on the engine. A general derivation of the thrust equation shows that the amount of thrust generated depends on the mass flow through the engine and the exit velocity of the gas. Different propulsion systems generate thrust in slightly different ways. We will discuss four principal propulsion systems: the propeller,

33. FE: Electric Propulsion GB
    Research carried out by the Institute of Space Systems. Also contains a good overview of the various types of electric propulsion.  
    http://www.irs.uni-stuttgart.de/RESEARCH/EL_PROP/e_el_prop.html
    
    Extractions: In the field of space transportation, it was recognized quite early that the propulsion abilities of the chemical rocket propulsion units are so minimal that missions which require higher propulsion can only be successfully carried out with a multiple gradation and a small portion of payload. The reason for this lies in the inferior energy capacity of the fuel whereby the maximum attainable exit speed from a rocket nozzle is limited to approximately 4 to 5 km/s One possibility of overcoming this limitation is the coupling of additional energy for example in the form of electric energy. This was already performed by Goddard in 1906 and later by Hermann Oberth in his book "The Rocket to the Planetary Spaces" Because the possibility of space travel was first made concrete with the development of large rockets after World War II, it was mainly the work of Ernst Stuhlinger which once more drew attention to the advantages of electric space propulsion, and has, since the 1960s, led an extensive worldwide research and development program. Various concepts differing extensively from one another, mainly on the basis of the acceleration mechanism, were examined because with electric energy, acceleration can occur purely thermally, electrostatically or electromagnetically. In order to achieve efficient utilization of electrostatic or electromagnetic acceleration forces, a charge carrier must first be established through the ionization of the fuel, for which there are again different starting points.

34. Www.abb.se/stal
    Products include steam turbines and gas turbines for power generation, mechanical drives and propulsion systems. We also develop and deliver PFBC power plants.  
    http://www.abb.se/stal/

35. Emerging Possibilities For Space Propulsion Breakthroughs
    article by Marc.G.Millis  
    http://www.lerc.nasa.gov/WWW/PAO/html/warp/ipspaper.htm
    
    Extractions: The ideal interstellar propulsion system would be one that could get you to other stars as quickly and comfortably as envisioned in science fiction. Before this can become a reality, two scientific breakthroughs are needed: discovery of a means to exceed light speed, and discovery of a means to manipulate the coupling between mass and spacetime. This article explains why these breakthroughs are needed and introduces the emerging possibilities that may eventually lead to these breakthroughs. It should be noted that either of these breakthroughs by itself would have revolutionary consequences which would be of enormous value. The need to exceed light speed: Simply put, the universe is big. The fastest thing known is light, yet it takes over four years for light to reach our nearest neighboring star. When NASA's Voyager spacecraft left our solar system is was traveling around 37- thousand mph. At that rate it couldn't reach the nearest star until after 80-thousand years. If we want to cruise to other stars within comfortable time spans (say, less than a term in Congress), we have to figure out a way to go faster than light. The need to manipulate mass and spacetime coupling: This need is less obvious than the light speed issue. The problem is fuel, or more specifically, rocket propellant. Unlike a car that has the road to push against, or an airplane that has the air to push against, rockets don't have roads or air in space. Rockets have to carry along all the mass that they'll need to push against. To circumvent this problem, we need to find a way to interact with spacetime itself to induce propulsive forces without using propellant. This implies that we'll need to find a way to alter a vehicle's inertia, its gravitational field, or its connectivity to the structure of spacetime itself.

36. Ben's Chemical Propulsion
    Tutorials on amateur experimental rocketry, along with videos, launch reports, and pictures.  
    http://wildmanben.tripod.com/psite/index.html

37. The Brookings Institution
    Annotated list of nuclear weapons facilities operated by the US Government or by contractors on their behalf. Includes date of establishment, function, and other information including links to the official web page of the facility and its contractor.  
    http://www.brook.edu/fp/projects/nucwcost/sites.htm
    
    Extractions: Interactive map guides to the current and historical United States nuclear weapons and naval nuclear propulsion complex are available courtesy of the Office of Environmental Management at the U.S. Department of Energy . You can choose between a basic overview by function or a detailed overview by state and facility (data accurate as of 1996). For information on formerly utilized sites, see the section below on transitional/closed facilities or visit the U.S. Army Corps of Engineers

38. Aerodynamics For Students : A Web Site Dedicated To Theoretical Aerodynamics
    A web textbook from the University of Sydney that covers undergraduatelevel aerodynamics, fluid dynamics, aircraft performance and propulsion. Investigates the significance of pressure distribution on an aerodynamic body and the estimation of lift, drag and pitching moment of an aerofoil from the pressure around it in flight.  
    http://www.ae.su.oz.au/aero/aerodyn.html

39. Airbreathing Systems Analysis Office Home Page
    The PSAO is a systems analysis group within NASA Glenn's Aeronautics Directorate. We analytically predict the thermodynamic cycle performance of a variety of airbreathing engines, perform aeromechanical engine design, aircraft trajectory calculations, economic assessments, and environmental analyses in support of many NASA aeronautics programs.  
    http://www-psao.grc.nasa.gov/

40. Consultant Industrial Chemist, Health And Safety Advisor, Propellant Technologis
    Chemical and material technology associated with liquid propulsion systems.  
    http://www.edotek.co.uk
    
    Extractions: Industrial Services Health and Safety Liquid Propellant Technology HOME ... FIND US In addition to information about our services we aim to provide you with additional resources. So, take a look at our links page where you'll fing links to related web sites a number of file downloads of useful information and data To contact us , why not make an on-line enquiry With extensive experience in industrial processes, health and safety management and the handling of hazardous materials, Edotek is perfectly qualified to assist your business. Edotek Ltd was formed in 1998 by Dr Barrie Mellor and is one of the few companies with in-depth knowledge and experience in the chemical and materials technology associated with liquid propulsion systems. The disciplines associated with handling such hazardous materials paved the way for our health and safety services.

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