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Penndot Fact Sheet
FACT SHEET Van/Mini-Van Titling and Registration Procedures PURPOSE This fact sheet explains the titling and registration procedures for van and mini-van type vehicles being titled and registered in Pennsylvania. DEFINITIONS Motor home: A motor vehicle designed or adapted for use as mobile dwelling or office; except a motor vehicle equipped with a truck-camper. Passenger Car: A motor vehicle, except a motorcycle, designed primarily for the transportation of persons and designed for carrying no more than 15 passengers including the driver and primarily used for the transportation of persons. The term includes motor vehicles which are designed with seats that may be readily removed and reinstalled, but does not include such vehicles if used primarily for the transportation of property. Truck: A motor vehicle designed primarily for the transportation of property. The term includes motor vehicles designed with seats that may be readily removed and reinstalled if those vehicles are primarily used for the transportation of property. GENERAL RULE Van and mini-van type vehicles are designed by vehicle manufacturers to be used in a multitude of different ways. Many vans are designed with seats for the transportation of persons much like a normal passenger car or station wagon; however, some are manufactured for use as a motor home, while others are designed simply for the transportation of property. Therefore, the proper type of registration plate depends on how the vehicle is to be primarily used. The following rules should help clarify the proper procedures required to title and register a van/mini-van: To register as a passenger car - The van/mini-van must be designed with seating for no more than 15 passengers including the driver, and used for non-commercial purposes. -
Investigation of Mixture Formation and Combustion in an Ethanol Direct Injection Plus Gasoline Port Injection (EDI+GPI) Engine
Investigation of Mixture Formation and Combustion in an Ethanol Direct Injection plus Gasoline Port Injection (EDI+GPI) Engine By Yuhan Huang A thesis in fulfilment of the requirements for the degree of Doctor of Philosophy School of Electrical, Mechanical and Mechatronic Systems Faculty of Engineering and Information Technology University of Technology Sydney December 2016 Certificate of Original Authorship This thesis is the result of a research candidature conducted jointly with another university as part of a collaborative doctoral degree. I certify that the work in this thesis has not previously been submitted for a degree nor has it been submitted as part of requirements for a degree except as part of the collaborative doctoral degree and/or fully acknowledged within the text. I also certify that the thesis has been written by me. Any help that I have received in my research work and the preparation of the thesis itself has been acknowledged. In addition, I certify that all information sources and literature used are indicated in the thesis. Signature of Student: Date: i Acknowledgements To pursue a doctoral degree could be a long and challenging journey. Through this journey, I fortunately received help and support from the following wonderful people who made this journey enjoyable and fruitful. First of all, I would like thank my principle supervisor Associate Professor Guang Hong who provided huge support and guidance. She invested numerous efforts in supervising me and always cared about my progress and future career. The experience I have acquired and research training I have received from her will greatly benefit my research career. -
General Services Administration Fleet AFV Program Report for Fiscal Year 2010 February 8, 2011
U.S. General Services Administration Fleet AFV Program Report for Fiscal Year 2010 February 8, 2011 Introduction This report summarizes the fiscal year (FY) 2010 performance of the U.S. General Services Administration’s (GSA) internal fleet in meeting the requirements of Executive Order (E.O.) 13423, Strengthening Federal Environmental, Energy, and Transportation Management; E.O. 13514, Federal Leadership in Environmental, Energy, and Economic Performance; the Energy Policy Act of 1992 (EPAct of 1992, Public Law (P.L). 102-486) as amended by the Energy Conservation Reauthorization Act of 1998 (ECRA, P.L. 105-388); and the Energy Policy Act of 2005 (EPAct of 2005, P. L. 109-58). GSA’s internal fleet is entirely leased from the GSA Federal Acquisition Service (FAS) in order to meet these requirements. Overview of Legislative and Executive Order Requirements • EPAct of 1992 (P.L. 102-486) requires that 75 percent of all covered light-duty vehicles (LDVs) acquired for Federal fleets in FY 1999 and beyond to be alternative fueled vehicles (AFVs). The act applies to fleets that have 20 or more LDVs capable of being centrally fueled, and are operated in a metropolitan statistical area (MSA) with a population of more than 250,000 based on the 1980 census. Certain emergency, law enforcement, and national defense vehicles are exempt from these requirements. EPAct of 1992 also sets a goal of using replacement fuels to displace at least 30 percent of the projected consumption of petroleum motor fuel in the United States annually by the year 2010. • The ECRA (P.L. 105-388) amended the EPAct of 1992 to allow one AFV acquisition credit for every 450 gallons of pure biodiesel fuel consumed in vehicles over 8,500 pounds gross vehicle weight rating. -
Zenith Replacement Carburetors
not print a list price for their carburetors, each dealer can set Zenith Replacement their own prices. Check a few dealers to see who has the bet- Carburetors ter price. These referenced Zenith part numbers were supplied by by Phil Peters Mike Farmer, Application Engineer at Zenith in Bristol, VA, s a follow up to the recent reprinting of the Special where the factory is now located. The Zeniths are a newer Interest Auto article from 1977 (Fall & Winter, 2015) design universal carburetor which means they have multiple Aand the continuing requests for modern replacement fuel, choke, and throttle hook up locations. In addition, there carburetors, I have assembled the following chart of all our are air horn adaptors for modern air filters. They are com- Durant/Star/Flint/etc. engines with corresponding specifica- patible with modern ethanol fuels, have a robust inlet port, tions and replacement Zenith part numbers. As pointed out multiple venturi sizes and “back suction economizer” for part by Norm Toone and other knowledgeable members, there throttle fuel economy. were a number of errors concerning the model numbers and OEM brands in the SIA article. This chart represents The models that were picked for our engines were de- the collective input from a number of helpful members and termined by maximum air flow at 2,200 RPM for the 2 3/8” was done with engine model numbers. Car models were mounts (SAE size #1) and 2,600 RPM for the 2 11/16” not always related to calendar years. Differences in produc- mounts (SAE size #2). -
We Have Two Cars. One Is a 25 Year Old Volvo Station Wagon and the Other Is a 12 Year Old Small Vehicle. Neither of These Two V
We have two cars. One is a 25 year old Volvo station wagon and the other is a 12 year old small vehicle. Neither of these two vehicles is particularly environmentally friendly Like quite a few other people we know, we have been waiting to be able to buy a SMALL electric or hybrid vehicle for 3 years or so, but there still seems zero possibility of doing so and the cost of keeping our current vehicles going especially in the case of the smaller vehicle, is often more than the car is worth. (The Prius is simply not a usefully designed vehicle for us. Lexus also and expensive, and Phev unnecessary AWD. In fact most of these vehicles are a very un exciting design and hybrids don't seem to have an adequate battery) It is ridiculous when it would be possible to buy and use an electric car in a major city anywhere in Europe. What seems also to be the usual short sighted and behind the times thinking in Australia is to NOT have any plan in place for putting in place charging stations (including sufficient stations) for such vehicles in relevant public places for the future. There is a good reason why most people prefer a hatchback for a small vehicle, or a wagon or SUV. These are useful vehicles compared to a sedan. It is not for nothing that the Renault Zoe is the most popular electric car in Europe. There is no country in the world that can have a car industry without subsidies, but those subsidies go far further in bringing benefits than the actual dollar amount. -
The Trilobe Engine Project Greensteam
The Trilobe Engine Project Greensteam Michael DeLessio 4/19/2020 – 8/31/2020 Table of Contents Introduction ................................................................................................................................................... 2 The Trilobe Engine ................................................................................................................................... 2 Computer Design Model ............................................................................................................................... 3 Research Topics and Design Challenges ...................................................................................................... 4 Two Stroke Engines .................................................................................................................................. 4 The Trilobe Cam ....................................................................................................................................... 5 The Flywheel ............................................................................................................................................ 6 Other “Tri” Cams ...................................................................................................................................... 7 The Tristar ............................................................................................................................................. 8 The Asymmetrical Trilobe ................................................................................................................... -
Route 66: Dream of the Mother Road Exhibit to Showcase Vintage Station Wagons at America's Car Museum
Route 66: Dream of the Mother Road Exhibit to Showcase Vintage Station Wagons at America’s Car Museum Contact: PCG – Eric Pylvanainen (424) 903-3685 ([email protected]) ACM – Ashley Bice (253) 683-3954 ([email protected]) TACOMA, Wash. (Mar. 16, 2015) – America’s Car Museum (ACM), the largest automotive museum in North America, is kicking off the summer vacation season on March 27 at its Route 66 exhibit with an entertaining new display featuring memorable vintage American Station Wagons that once adorned the iconic highway. The new display will run through the summer and include wagons such as the Chevy Nomad, Ford Ranch Wagon and Buick Special Riviera 49D Estate Wagon. Route 66 once gauged a growing American economy, connecting Chicago to the Pacific Ocean, the “road to riches” was traveled by millions of American families. A road so quintessentially American, Route 66 has become a permanent part of our cultural memory, and there are few vehicles that conjure up the delight of the family vacation like the great American Station Wagon. “The station wagon was America’s family car before the SUV came rolling down the highway, and many of us recall a time when we would hit Route 66 in the old family wagon,” says ACM President and CEO David Madeira. “The beauty of ACM is that it tells the story of America through the automobile, so whether you’re an avid enthusiast or just feeling nostalgic, you’ll get your kicks on Route 66,” says Madeira. The exhibit’s featured vehicles include: 1949 Buick Super Estate Wagon 1950 Oldsmobile Futuramic 88 Station Wagon 1954 Chevrolet Bel Air Station Wagon 1956 Chevrolet Bel Air Nomad Wagon 1956 Ford Ranchwagon 1957 Chevrolet Bel Air Nomad Station Wagon 1957 Buick Special Riviera 49D Estate Wagon 1966 Ford Country Squire Station Wagon 1968 Chevrolet Impala Station Wagon 1983 Mercury Colony Park Series Wagon For more information on Route 66: Dream of the Mother Road and other exhibits currently on display, visit www.lemaymuseum.com. -
U.S. General Services Administration Fleet AFV Program Report for Fiscal Year 2011 December 31, 2011
U.S. General Services Administration Fleet AFV Program Report for Fiscal Year 2011 December 31, 2011 A. Introduction and Summary This report describes the U.S. General Services Administration (GSA) internal fleet’s progress toward meeting various alternative fuel and energy legislative and executive order requirements during Fiscal Year (FY) 2011. GSA's internal fleet is entirely leased from the GSA Federal Acquisition Service (FAS) in order to meet these requirements. The requirements are found in: Executive Order (E.O.) 13423, Strengthening Federal Environmental, Energy, and Transportation Management; E.O. 13514, Federal Leadership in Environmental, Energy, and Economic Performance; The Energy Policy Act of 1992 (EPAct of 1992, Public Law (P.L). 102-486) as amended by the Energy Conservation Reauthorization Act of 1998 (ECRA, P.L. 105-388); and The Energy Policy Act of 2005 (EPAct of 2005, P. L. 109-58). GSA internal fleet’s progress in meeting the legislative and executive order requirements are summarized in Table 1. In addition, Appendix A reflects GSA’s actual FY 2011 vehicle acquisitions. Appendix A also shows the planned, projected and forecast acquisitions for FYs 2012, 2013 and 2014. Appendix B provides fuel consumption data while Appendix C contains a list of acronyms and terms used in this report. Table 1 - GSA Internal Fleet Performance in meeting EPAct/EO Requirements, FY 2010 Authority/Mandate Performance Requirement GSA Performance in Measure FY 2010 EPAct 1992 Alternative Fuel Vehicle 75 percent of the 47 Acquired 285 AFVs (AFV) acquisitions covered1 fleet vehicle during FY 2011 (606 acquisitions for FY 2011 percent of covered must be AFVs. -
Estimation of Fuel Economy Improvement in Gasoline Vehicle Using Cylinder Deactivation
energies Article Estimation of Fuel Economy Improvement in Gasoline Vehicle Using Cylinder Deactivation Nankyu Lee 1 , Jinil Park 1,*, Jonghwa Lee 1 , Kyoungseok Park 2, Myoungsik Choi 3 and Wongyu Kim 3 1 Department of Mechanical Engineering, Ajou University, Suwon 16499, Gyeonggi, Korea; [email protected] (N.L.); [email protected] (J.L.) 2 Department of Mechanical System Engineering, Kumho National Institute of Technology, Gumi 39177, Gyeongbuk, Korea; [email protected] 3 Hyundai Motor Company, 150, Hyundaiyeonguso-ro, Jangdeok-ri, Namyang-eup, Hwaseong-si 18280, Gyeonggi-do, Korea; [email protected] (M.C.); [email protected] (W.K.) * Correspondence: [email protected]; Tel.: +82-31-219-2337 Received: 8 October 2018; Accepted: 6 November 2018; Published: 8 November 2018 Abstract: Cylinder deactivation is a fuel economy improvement technology that has attracted particular attention recently. The currently produced cylinder deactivation engines utilize fixed-type cylinder deactivation in which only a fixed number of cylinders are deactivated. As fixed-type cylinder deactivation has some shortcomings, variable-type cylinder deactivation with no limit on the number of deactivated cylinders is under research. For variable-type cylinder deactivation, control is more complicated and production cost is higher than fixed-type cylinder deactivation. Therefore, it is necessary to select the cylinder deactivation control method considering both advantages and disadvantages of the two control methods. In this study, a fuel economy prediction simulation model was created using the measurement data of various vehicles with engine displacements of 1.0–5.0 L. The fuel economy improvement of fixed-type cylinder deactivation was compared with that of variable-type cylinder deactivation using the created simulation. -
Flow Testing and Evaluation
About MAX BMW Motorcycles Machine Shop Articles: 2017 brings MAX BMW's Machine Shop to full operational status and a series of articles on our individual machines and operational practices. In this series, we highlight some of the specific equipment, tools and jigs we have developed to come to the exacting standards of ultimate quality, attention to detail, accurate measurements and swift turnaround of customer jobs. ARTICLE 3 April 21, 2017 Flow Testing and Evaluation In this article, we are going to start looking at a few performance services that are available at MAX BMW. Specifically, we’ll look at an overview of cylinder head performance through flow testing and evaluation. With any machine shop work, the proper tools are essential when exacting results and a high standard of quality are required. One of those tools is our Super Flow SF600 cylinder head flow bench. 2 When building an engine where more power is desired, everything in the engine must be considered to be working together as a package. The starting point for any project is always understanding its intended use. Are you building a stock engine, a high horse power street bike or perhaps a track-only bike that sees sustained high rpms and loads? Once this is determined, the details to achieve these goals fall into place. Specifically, engine displacement, cam selection, cylinder head improvements such as valve size and material, valve seat machining and port design are all areas that can be modified and tuned for performance improvements. Even though there have been volumes written on air flow theory and port design, this will be a brief overview to help understand how it can all be measured, modified and tested to prove effective results. -
Air Filter Sizing
SSeeccoonndd SSttrriikkee The Newsletter for the Superformance Owners Group January 17, 2008 / September 5, 2011 Volume 8, Number 1 SECOND STRIKE CARBURETOR CALCULATOR The Carburetor Controlling the airflow introduces the throttle plate assembly. Metering the fuel requires measuring the airflow and measuring the airflow introduces the venturi. Metering the fuel flow introduces boosters. The high flow velocity requirement constrains the size of the air passages. These obstructions cause a pressure drop, a necessary consequence of proper carburetor function. Carburetors are sized by airflow, airflow at 5% pressure drop for four-barrels, 10% for two-barrels. This means that the price for a properly sized four-barrel is a 5% pressure loss and a corresponding 5% horsepower loss. The important thing to remember is that carburetors are sized to provide balanced performance across the entire driving range, not just peak horsepower. When designing low and mid range metering, the carburetor engineers assume airflow conditions for a properly As with everything in the engine, airflow is power. sized carburetor - one sized for 5% loss at the power peak. Carburetors are a key to airflow. As with any component, the key to best all around performance is to pick parts that match Selecting a larger carburetor than recommended will reduce your performance goal and each other – carburetor, intake, pressure losses at high rpm and may help top end horsepower, heads, exhaust, cam, displacement, rpm range, and bottom but will have lower flow velocity at low rpm and poor end. metering and mixing with a loss in low and mid range power and drivability. -