2019 New Egypt Speedway Modified Division Rules
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General Rules and Specifications
2018 Big Block Modifieds 358 Modifieds Sportsman Modifieds Pro Stock Super DIRTcar Series General Rules and Specifications 7575 West Winds Blvd. Concord, NC 28027 704-795-7223 www.dirtcar.com Primary DIRTcar Northeast Contacts DIRTcar Northeast Director Jeff Hachmann [email protected] 315-283-3367 DIRTcar Northeast Director of Series and Sanctioning Mike Perrotte [email protected] 704-796-4566 DIRTcar Northeast Technical Director Mark Hitchcock [email protected] DIRTcar Northeast Points & Handicapping Gary Spaid [email protected] 585-734-5959 DIRTcar Northeast Series & Race Director John Nelson, [email protected] 716-907-1905 DIRTcar Northeast Series & Race Director Doug Leonard, [email protected] DIRTcar Northeast Series & Race Director Denis Moquin, [email protected] 613-978-3475 DIRTcar Northeast Series & Race Director Dave Farney, [email protected] 315-708-4422 DIRTcar Northeast Series Manager Cory Reed, [email protected] 315-374-1168 DIRTcar Northeast Marketing John Baumes, [email protected] 518-844-2678 World Racing Group Contacts: DIRTcar Events Director Jeff Hachmann [email protected] 315-283-3367 Tracey McDaniel, Membership Coordinator [email protected] 704-795-7223 Corrie Goss, Marketing Services [email protected] 704-795-7223 Christina Cordova, Director of Communications [email protected] 704-795-7223 2018 DIRTcar Northeast General Rules and Specifications 2 Table of Contents 15.6 Weight 1.0 Definition of Terms 15.7 Body 1.1 World Racing Group Rules 15.8 Suspension 2.0 Membership -
Super Dirtcar Series / Dirtcar Big Block Modified
17.0 – Super DIRTcar Series / DIRTcar Big Block Modified v Under the guideline of the 2020 DIRTcar rules any and/or rules and as stated in the 2020 DIRTcar Rule Book, all DIRTcar rules apply to all divisions. Local track rules pertaining to the racing procedures and/or overall rules that are administered By the local track officials and management may apply at local tracks in DIRTcar sanctioned events. Instances, where applicaBle, local track may Be applied. v All amendments supersede any previous rules regarding any technical article and/or aspect. v Under the guideline of the 2020 rules any and/or rules and as stated in the 2020 DIRTcar Rule Book, all DIRTcar rules apply to all sanctioned divisions. v The specifications puBlished shall Be considered a section of the “Official Rules and Specifications” for all events, series and sanctions By World Racing Group. All sections should Be considered when determining specifications and governance. v ANY CAR, TEAM AND/OR DRIVER THAT DOES NOT MEET THESE SPECIFICATIONS AND/OR EQUIPMENT REQUIREMENTS WILL BE SUBJECT TO PENALTIES AS DETERMINED BY THE Super DIRTcar and/or DIRTcar and/or World Racing Group OFFICIALS. v Any new components, including engine components, Body designs, frame designs and/or components of any type utilized in competition must Be approved By World Racing Group, Super DIRTcar and DIRTcar Officials prior to Being introduced into competition. 17.1 – Engines General and Location A. Conventional stock type V-8 engines (OEM American long Block – GM, Ford and Chrysler) with the cam in the Block will Be permitted. -
ORANGE COUNTY FAIR SPEEDWAY Big Block Modified 2015 RULES
ANY CAR, TEAM AND/OR DRIVER THAT DOES NOT MEET THESE SPECIFICATIONS AND/OR EQUIPMENT REQUIREMENTS WILL BE SUBJECT TO PENALTIES AS DETERMINED BY THE OFFICIALS. Any new components, including engine components, body designs, frame designs and/or components of any type utilized in competition must be approved by OCFS prior to being introduced into competition. General Safety: A: 2010 Snell helmet or newer mandatory. B: Seatbelts no older than 36 months. 1. Engines General and Location A.) Conventional stock type V-8 engines (OEM American long block – GM, Ford and Chrysler) with the cam in the block will be permitted. Aftermarket DART and Merlin cast iron engine blocks will be permitted. B.) A maximum displacement of 467 cubic inches will be permitted with a minimum displacement of 396 cubic inches. An overall maximum tolerance of 10 cubic inches for wear will be permitted = 477 cubic inch maximum. C.) Aluminum engine blocks will not be permitted. D.) Reverse rotation engines will not be permitted. E.) The engine must be centered in the front of the chassis and placed in an upright position. F.) Engine set back will be as follows; Minimum is 56”-inches and a Maximum of 66”-inches with a tolerance of ½”- inch (+/-). The setback will be measured from the centerline of the front axle to the rear machined surface of the engine mounting plate. G.) In the event that there are new engine components and/or a new engine configuration, they must be submitted to OCFS Officials and approved prior to being introduced into competition. Only OCFS Officials will be able to approve new engine and previously unapproved engine components. -
Singer Vehicle Design Brings a Special Porsche to Idaho for a Top Speed Run at Hemingway’S Final Resting Place
SINGER VEHICLE DESIGN BRINGS A SPECIAL PORSCHE TO IDAHO FOR A TOP SPEED RUN AT HEMINGWAY’S FINAL RESTING PLACE. STORY AND PHOTOS BY RANDY WELLS 58 PANORAMA FEBRUARY 2017 FEBRUARY 2017 PANORAMA 59 During the Sun Valley Road Rally, a 3.2-mile section of zine in 2015. They quoted a top-speed estimate of 176 With its alpine meadows and spruce forests nestled under State Highway 75 is temporarily closed off by the local mph. That turned out to be on the money: Florida’s own- sheriff, making it the longest no-speed-limit public road er achieved a maximum speed of 176.2 mph in sixth gear 9,000-foot peaks and perpetually azure skies, Sun Valley, Idaho in North America with spectator viewing. At the start line, while on the rev limiter at the finish line in Idaho. there’s a subtle, uphill left-hand curve. Then it’s straight The day before the rally, the Sun Valley Auto Club and holds an irresistible allure for those of adventurous spirit. Ernest on and slightly downhill to the fastest speed achievable the town of Ketchum hosted a free-to-the-public Cruise & past the grandstands, one car at a time. Car Show. More than 200 vehicles, including exotics, hot Hemingway first came here in 1939. He instantly fell in love with One of the cars participating in 2016 was a highly rods, muscle cars, and vintage classics, came from miles modified 1990 air-cooled Porsche 911 “reimagined” by around. Also on hand for its debut was another of Singer’s the area and returned to make it his home 20 years later. -
General Rules and Specifications
2019 Big Block Modifieds 358 Modifieds Sportsman Modifieds Pro Stock Super DIRTcar Series General Rules and Specifications 7575 West Winds Blvd. Concord, NC 28027 704-795-7223 www.dirtcar.com Primary DIRTcar Northeast Contacts DIRTcar Northeast Director Jeff Hachmann [email protected] 315-283-3367 DIRTcar Northeast Director of Series and Sanctioning Dean Reynolds [email protected] 315-391-6965 DIRTcar Northeast Technical Director Mark Hitchcock [email protected] DIRTcar Northeast Points & Handicapping Gary Spaid [email protected] 585-734-5959 DIRTcar Northeast Series & Race Director John Nelson, jnelson@dirtcar. com 716-907-1905 DIRTcar Northeast Series & Race Director Doug Leonard, [email protected] DIRTcar Northeast Series & Race Director Denis Moquin, dmoquin@dirtcar. com 613-978-3475 DIRTcar Northeast Series & Race Director Dave Farney, dfarney10@gmail. com 315-708-4422 DIRTcar Northeast Series Manager Cory Reed, [email protected] 315-374-1168 DIRTcar Northeast Marketing John Baumes, [email protected] 518-844-2678 World Racing Group Contacts: DIRTcar Events Director Jeff Hachmann [email protected] 315-283-3367 Tracey McDaniel, Membership Coordinator [email protected] 704-795-7223 Corrie Goss, Marketing Services cgoss @dirtcar.com 704-795-7223 Christina Cordova, Director of Communications [email protected] 704-795-7223 15.0 – Super DIRTcar Series / DIRTcar Big Block Modified Under the guideline of the 2019 DIRTcar rules any and/or rules and as stated in the 2019 DIRTcar Rule Book, all DIRTcar rules apply to all divisions. Local track rules pertaining to the racing procedures and/or overall rules that are administered by the local track officials and management may apply at local tracks in DIRTcar sanctioned events. -
Bugatti Chiron
Bugatti Chiron The Chiron is the ultimate super sports car With the Chiron, Bugatti has made the best even better The Chiron is the world’s first production sports car with 1,500 HP With torque of 1,600 Nm between 2,000 and 6,000 rpm, the Chiron offers maximum performance with outstanding control in all speed ranges Maximum speed: 420 km/h, limited for road travel Acceleration: from 0 to 100 km/h in 2.4 seconds The Chiron is limited to a series of 500 units Base price: €2.5 million net (US market US$2.998 million including shipping, duties, taxes and charges) More than 300 vehicles are sold 70 customers cars were produced and delivered in 2017 Unique market position thanks to the unprecedented combination of ultimate performance with exclusive design and comfort The Chiron embodies Bugatti’s new design language 1 BUGATTI Bugatti unveiled the Chiron1 as a world premiere at the 2016 Geneva International Motor Show. The Chiron is the latest generation of the ultimate super sports car and is a completely new development. The sports car manufacturer from Molsheim, with its long tradition, has taken the unique features of a modern Bugatti to a new level and developed a high-performance machine that has become significantly better in every respect. With a power output of 1,500 HP, unprecedented for production vehicles, an exceptionally high torque value of 1,600 Nm between 2,000 and 6,000 rpm and a wide variety of technical innovations, the Chiron sets new standards in every respect. -
Design of Twin-Charged Quadruple Spark Ignition W20 Engine
International Journal of Scientific Engineering and Research (IJSER) ISSN (Online): 2347-3878 Index Copernicus Value (2015): 62.86 | Impact Factor (2015): 3.791 Design of Twin-Charged Quadruple Spark Ignition W20 Engine Thombare Shreyash Shripad S.E. mechanical engineering, APCOER, Pune, Savitribai Phule Pune University, India Abstract: Internal Combustion Engines, are used for daily transportation of various types of goods as well as transportation of Humans, is also runs in Formula 1 races with Higher power Performance as compared to daily Road running engines. Formula 1 Engines are known for their High Power Output but they are not performing very well in the manner of Fuel Efficiency. In another hand, Daily Road Running Engines are getting great numbers in Fuel Efficiency but they are fails to achieve High Power Output. This research introduced Twin-Charged Spark Ignition Engine for achieving above major criteria which are very much important in Automobile Industry. Twin-Charged Spark Ignition Engine is performs on the basis of Formula 1 Engine theory for daily running road Four Stroke Spark Ignition car engine. This new designed engine comes with combination of both Turbocharger and Supercharger for getting extra Massive Power, and also to control Air Pollution and maintaining Fuel Efficiency Quadruple Spark Ignition System is used. Keywords: Twin-Charged Engine, Quadruple Spark Ignition System, Turbocharger, Supercharger 1. Introduction 2. Literature Survey This research is about to introduced Twin-Charged car 1. Performance And Emission Analysis Of Two Stroke Engine which performs better in Fuel Economy and also Four Spark Plug Single Cylinder SI Engine With obtaining Maximum Power Output. -
Study of Improving Mechanical Efficiency and Power for SI (Gasoline) Engine Using Turbo- Charger
International Journal of Scientific & Engineering Research Volume 9, Issue 3, March-2018 28 ISSN 2229-5518 Study of Improving Mechanical Efficiency and Power for SI (Gasoline) engine using Turbo- charger Rana Varad1, Parmar Mayur2, Shringarpure Swapnil3, Khan Wasim4 Abstract— Engine is the main or important component of any automobile. Due to rapidly increase in usage of petroleum product supplies, these are depleting at faster rates. Although many researches are working on the reducing the fuel consumption in the vehicle, it’s major point for automobile sector. For the engine analysis these is major factor for decrease in volumetric efficiency of the engine is increase in temperature, which in turns decrease volume supplying in the engine chamber. This reduces power developed because of low charge density. Researchers have been finding solution to increase the efficiency (volumetric) for the engines via consuming less fuel. In SI engine, lean-burnt combustion can be a method for increasing fuel efficiency along with lower emission rate of harmful gases. Apart of lean-burnt combustion method, in this project paper we will use turbocharger to increase both efficiency and power of petrol engine. Thus, we can study how to increase the efficiency (volumetric) and power for SI engine using turbocharger over naturally aspirated engine. A turbocharger is basically a turbine-driven forced induction device that helps to increase an internal combustion engine’s efficiency and power output by forcing extra amount of air into the engine chamber. This increases charge density by forcing more air and proportionally fuel into the engine chamber. The second thing which turbocharger helps in is to burn the remaining unburnt gases leaving from the engine chamber. -
International Journal of Engineering Research & Management Technology
International Journal of Engineering Research ISSN: 2348-4039 & Management Technology January- 2015 Volume 2, Issue-1 Email: [email protected] www.ijermt.org Design and Simulation of W20 IC Engine Using Eddy Dissipation, Direct Injection and Layering Approaches Rahul Pratap Yadav Dr. Durgesh Sharma O.P. Umrao Research scholar Professor Associate Professor IMS Engineering College, Ghaziabad ABSTRACT The continuous increasing demand on the subject of smooth operation, performance and fuel economy have led to the progress of existing engines and the development of advanced engines. 20 Cylinder is the eminence of engine design and it is the sign of opulence class vehicles.TheW20 increased its displacement to 10.26 liters and equipped with direct fuel injection for greater power, torque and greater efficiency. The 10.26L W20 engine provide the performance like sports and muscle car performance with [email protected] new W20 engines represents a successive new engine phase. The W engines place excessive demands on design. Large numeral of cylinders was adapted to the exceedingly concise dimensions of the engine. In this process, more consideration was paid to lightweight of W20 engine design. The engine is exceptionally smooth running and performance at high speeds and engine loads. For effective design computer fluid dynamics techniques is used such as eddy dissipation, direct injection and layering approaches. Advantages of these approaches to increase fuel efficiency and smooth power output. Keywords: - W20 Engine, Design, Simulation, Eddy dissipation, Direct injection, Layering Approach INTRODUCTION: The object to make even more concise engines with a large number of cylinders, the design factor of the V and VR engines were integrate to create the W engines. -
Status of Titanium and Titanium Alloys in Automotive Applications
Ti-2007 Science and Technology, edited by M. Ninomi, S. Akiyama, M. Ikeda, M. Hagiwara, K. Maruyama The Japan Institute of Metals (2007) Status of Titanium and Titanium Alloys in Automotive Applications Lothar Wagner1 and Oliver Schauerte2 1Institute of Materials Science and Engineering, Clausthal University of Technology, 38678 Clausthal-Zellerfeld, Germany 2Bugatti Engineering GmbH, 38446 Wolfsburg, Germany Typical potential applications of titanium and titanium alloys in automotive engineering are outlined. Generally, these are highly loaded components in the engine such as connecting rods, turbocharger wheels, pistons and piston pins as well as valve gears. Recently, titanium suspension springs as well as exhaust systems made of titanium were successfully introduced. Keywords: titanium connecting rods, turbo charger wheels, engine valve gears, exhaust systems, piston and piston pins, suspension springs 1. Introduction g/cm3) with a significantly higher Young's modulus (170 vs. 110 GPa). Since the end of the nineties of the last century, a number of new cars and motorcycles have been introduced to the market incorporating titanium applications in various components. Nowadays, titanium is definitely established in automotive constructions, at least in the niche car and motorcycle segments. Nevertheless, it has to be stated that no advancement of more cost efficient titanium production processes has been made preferable dedicated to automotive applications. Thus, recent applications focus on the high end market, mainly on super sports cars such as Porsche GT3, Corvette Z06, Koenigsegg and Bugatti Veyron. 2. Titanium Applications 2.1. Connecting rods Connecting rods connect the pistons with the crankshaft. One of the most important properties is HCF strength to withstand the oscillating mass forces. -
2019 General Rules and Specifications
2019 General Rules and Specifications Big Block Modifieds – 358 Modifieds – Pro Stock Sportsman Modifieds – Super DIRTcar Series Last Update: March 7, 2019 7575-D West Winds Blvd Concord, NC 28027 704-795-7223 1 2019 Primary Series Contacts: Dean Reynolds, Series Director [email protected] / 315-391-6965 John Nelson, Race Director [email protected] / 716-907-1905 Mark Hitchcock, Technical Director [email protected] / 613-541-1492 Tyler Bachman, DIRTcar Safety Director [email protected] / 724-831-7109 Scott Hanton, Series Timing and Scoring [email protected] / Joe Grabianowski, Public Relations Coordinator [email protected] / 716-954-3588 John Baumes, Marketing [email protected] / 518-844-2678 World Racing Group Contacts: Corrie Goss, Marketing Coordinator [email protected] / 724-464-3649 Tracy McDaniel, Membership/Benefits Coordinator [email protected] / 704-795-7223 World Racing Group 7575-D West Winds Blvd. NW Concord, North Carolina 28027 704-795-7223 phone 704-795-7229 fax 2 2019 Table of Contents Preface 12.0 World Racing Group Appeal Commission 1.0 Definition of Terms 12.1 Jurisdiction 1.1 World Racing Group Rules 12.2 Chairman Potestas 12.3 Conditional Appeal Supporting Documentation 2.0 Membership 2.1 Membership Eligibility 13.0 World Racing Group Substance Abuse 2.2 Conduct Policy 2.3 Series Championship 2.4 Medical Exemption 17.0 Super DIRTcar Series / DIRTcar Big Block Modifieds 3.0 Personal Safety Equipment 17.1 Engines 3.1 General 17.2 Fuel, Fuel Cells and Fuel System 3.2 Seat Belts/Restraint -
The W Engine Concept
The W Engine Concept Volkswagen of America, Inc. 3800 Hamlin Road Auburn Hills, MI 48326 Printed in U.S.A. Self-Study Program February 2002 Course Number 821203 Volkswagen of America, Inc. Service Training Printed in U.S.A. Printed 2/2002 Course Number 821203 ©2002 Volkswagen of America, Inc. All rights reserved. Information contained in this document is based on the latest information available at the time of printing and is subject to the copyright and other intellectual property rights of Volkswagen of America, Inc., its affiliated companies and its licensors. All rights are reserved to make changes at any time without notice. No part of this document may be reproduced, stored in a retrieval system, or transmitted in any form or by any means, electronic, mechanical, photocopying, recording, or otherwise, nor may these materials be modified or reposted to other sites, without the prior expressed written permission of the publisher. All requests for permission to copy and redistribute information should be referred to Volkswagen of America, Inc. Always check Technical Bulletins and the Volkswagen Worldwide Repair Information System for information that may supersede any information included in this booklet. Trademarks: All brand names and product names used in this manual are trade names, service marks, trademarks, or registered trademarks; and are the property of their respective owners. Table of Contents Introduction .............................................................................. 1 W Engines, What Does the W Stand For?, The W Principle, W Engine Modular Design, A Comparison Engine — Mechanics.................................................................8 W8 Engine Specifications, W12 Engine Specifications, Cylinder and Crankshaft Configuration, Engine Components, Chain Drive, Camshaft Timing Control, Belt Drive, Engine Lubrication, Engine Cooling, Air Supply, Exhaust System Service....................................................................................