While we were browsing YouTube looking for crazy, high-revving engine videos, we stumbled across something a little different. Automation – The Car Company Tycoon Game is a cross between The Sims and engine modelling software, allowing you to not just design and build both cars and engines, but manage the production side of things as well. While the latter is cool, what really piqued our interests – being the nerds we are – is the in-depth engine designer which is an advanced engine building simulator.
Everything from an 11,000 rpm twin-cam four-cylinder to a twin-turbo big-block, or even a V16 is available in the engine building simulator for you to go crazy with. Every parameter you can change on an engine in real life can be altered in the game. Once you choose your engine parts, specs, and materials, you can then run your engine on the dyno. Once on the dyno, you can swap parts, adjust settings, and tweak parameters and see how those changes affect your power and torque curves, in real time. The physics engine used is so realistic, publisher Camshaft Software bills it as edu-tainment, and it comes complete with tutorials, parts descriptions, and an extensive manual to support budding engineers. Also included for those easily-bored without a challenge, the game features engineering challenges, which gives you performance goals and design parameters in which to work.
As we poked around the software, we noticed a trend emerging among our staff; we’re all pretty competitive. As we familiarize ourselves with the software more, chances are, we are going to be spending far too much time trying to one-up each other with our “builds”. Normally video games aren’t in our wheelhouse, but since we assume that you, our readers, are as into engine design and theory as we are, we figured that this would probably grab hold of you as firmly as it has us. Just don’t blame us for the time you spend delving into all of the features the game has to offer.
It's a 'Must Have' for anyone brainstorming new engine combinations. Calculating Header Dimensions with PipeMax. PipeMax is a popular software program available on the internet and used by numerous successful race teams. It’s a comprehensive, but easy to use engine parameter calculator offered by Meaux Racing Heads. Software Registration: Please complete the registration form below before downloading CamQuest Version 6.0. After the form is submitted successfully, you may proceed. Virtual Dyno has no company backing, it is free software developed by one person and a few friends. Only with the support of the community will the servers be able to stay on. Help us support your community by supporting Virtual Dyno today! Building Engines is a cloud-based property management solution designed for commercial real estate owners and managers. Users can manage their building operations and tenant services by automating day-to-day tasks with an integrated platform.
download free, software p vei ordliste norsk engelsk pdf creator. by:Jon
(Click here to edit this page anonymously, or register a username to be credited for your work.)
An engine building software package cannot accurately predict horsepower if you do not tell it how the cylinder head flow, or which carburetor will be on the engine etc. The more accurate information that you can supply, the better the results are. Unreal Engine 4 is a suite of integrated tools for game developers to design and build games, simulations, and visualizations. Engine Builder Professional is an easy to use engine building software tool for 8, 6, 4, 10 and 12 cylinder engines. Torrent me and armini. It was developed to allow the user to fully optimize the selection of engine components and engine settings for the ultimate engine build.
[edit]Introduction
Computer Dyno Simulation and Engine Building Software is used to test engine combinations before purchasing parts. This can save hundreds, possibly thousands of dollars by reducing the possibility of purchasing mismatched components.
[edit]Info needed
Typical inputs are: engine bore, stroke, rod length, cylinder head type and flow, valve sizes, intake type (open or split plenum, high or low rise, EFI or carb, etc.), carburetor type and size, lifter type, camshaft specs, rocker arm type and ratio, to name a few. After the inputs are complete, the software calculates the horsepower and torque the engine would produce at various rpm levels. If desired, different components can be selected and the resulting changes to the engine outputs compared to determine which components work best together to obtain the desired results.
A very important thing to understand about dyno simulation software is that it is only as accurate as the inputs you give it. Because of that, it's very important that you read all of the documentation associated with the software. Each one is different and requires the user to understand its finer points. For instance, when using Desktop Dyno 2000, one must know how the software simulates cam lobes. You have the option of entering the cam timing as seat-to-seat or as 0.050' lift timing. Then you select the lifter type. For the casual user who is simulating (for instance) a stock Olds 307 with a roller cam, one might reasonably assume that you should enter the cam specs and a roller lifter. The problem is, DD2000 uses the lifter type to assume the lobe profile aggressiveness. A roller lifter typically has the most aggressive ramps, but not in the case of stock smog cams. If you read the instructions you will find that a more accurate simulation could be had by simulating it with a flat lifter and used seat-to-seat timing which would more accurately demonstrate the lobe profiles. Reading the documentation associated with the software will help you to understand the subtleties of the program and improve your predictions.
As a good primer, try to duplicate known combinations. For instance, use the software to duplicate the torque and hp peaks of a GM Goodwrench 290 hp crate engine. The first few times you may get results that are incorrect. Play around with how the settings actually affect the outcome. Once you've mastered duplicating known combinations, you can start accurately predicting your own builds.
Below are typical screenshots of the engine input and dyno simulation screens (click image to enlarge):
[edit]See also
Comp Cams CamQuest free software
[edit]Where to purchase
Engine Building Software Free
Dyno simulation software can be purchased at the following websites: