1<!DOCTYPE html> 2<html lang="en-ca"> 3<head> 4<meta charset="UTF-8"> 5<meta content="All the engineering tools for building or modifying a car." name="description"> 6<meta content="performance, tuning, hot rod, race, tire, brake, suspension, spring, engine, simulator, aerodynamic, gear ratio" name="keywords"> 7 <title>HPWizard.com − Automotive design tools</title> 8 9
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16 17 18<div id="main"> 19 20 <div id="article"> 21 22<!-- ************ ARTICLE BEGINS HERE ************** --> 23 24<h1 style="text-align:center;">WANT TO BUILD OR MODIFY A CAR?</h1> 25<h2 style="text-align:center;">Get the engineering done right</h2> 26<h3 style="text-align:center;">Everything from theory to calculations</h3> 27 28<table style="margin:auto;width:99%;"> 29<tr> 30<td><h4 style="text-decoration:underline;text-align:center;">Calculator − Simulator</h4></td> 31<td><h4 style="text-decoration:underline;text-align:center;">Theory</h4></td> 32</tr> 33<tr> 34<td><a href="tire-calculator.html">Tire size calculator</a><br><span class="sitemap-text">Find all sizes for a given tire diameter<br>(from any tire notation, 1949 & up)<br>(<a href="http://www.youtube.com/watch?v=oppUDms6rSc" target="_blank">tutorial</a>)</span></td> 35<td><a href="selecting-tires.html">Selecting a tire for performance</a><br><span class="sitemap-text">What to look for on the tire sidewall</span></td> 36</tr> 37<tr> 38<td><a href="tire-friction-coefficient.html">Tire friction & rolling coefficients</a><br><span class="sitemap-text">Find an estimate of those coefficients in any situation<br>(<a href="http://www.youtube.com/watch?v=_rVprtWPsiw" target="_blank">tutorial</a>)</span></td> 39<td><a href="performance.html">Defining performance</a><br><span class="sitemap-text">The basic limits for performance</span></td> 40</tr> 41<tr> 42<td><a href="aerodynamics.html">Drag & lift calculator</a><br><span class="sitemap-text">Find the drag & lift coefficients and the frontal area<br>for any vehicle<br>(<a href="http://www.youtube.com/watch?v=q1Kdn8MFmH4" target="_blank">tutorial</a>)</span></td> 43<td><a href="engine.html">Engine theory</a><br><span class="sitemap-text">Everything you need to know on<br>how power is created in an engine</span></td> 44</tr> 45<tr> 46<td>
46<a href="car-weight.html">Weight calculator</a><br><span class="sitemap-text">Estimate the weight of your vehicle<br>(<a href="http://www.youtube.com/watch?v=7XJrd0EDwIA&feature=channel_video_title" target="_blank">tutorial</a>)</span></td> 47<td><a href="calculator.html">Direct algebra calculator</a><br><span class="sitemap-text">Find out how to use our online calculator</span></td> 48</tr> 49<tr> 50<td><a href="car-performance.html">Acceleration simulator</a><br><span class="sitemap-text">Find the maximum acceleration for your vehicle<br>(lateral G, 0-60 mph, ¼-mile, 100-0 km/h, top speed, etc.)</span></td> 51<td><a href="units.html">Unit conversion</a><br><span class="sitemap-text">Everything you need to know about<br> how to handle units</span></td> 52</tr> 53<tr> 54<td><a href="engine-horsepower-calculator.html">Horsepower calculator</a><br><span class="sitemap-text">Estimate the power of your engine<br>(2 & 4-stroke, turbo, blower, Wankel, any fuel type, etc.)</span></td> 55<td><a href="polytropic-process.html">Polytropic process</a><br><span class="sitemap-text">Basic info about polytropic processes,<br>used in engine modeling</span></td> 56</tr> 57</table> 58 59<br> 60<table style="margin:auto;width:99%; text-align:left;"> 61<tr><td colspan=2 style="text-align:left;vertical-align:middle;"><h2 style="display:inline;">Still to come:</h2></td></tr> 62<tr> 63<td style="width:20%;"> </td> 64<td> 65<ul style="list-style-type:none;"> 66<li><span class="side-menu-title">BRAKES</span> <span style="font-weight:bold;font-style:italic;font-variant:small-caps;color:yellow;background-color:#000060;"> coming soon! </span> 67 <ul> 68 <li>Disc or drum</li> 69 <li>Get the right size</li> 70 <li>Get the appropriate brake bias</li> 71 </ul> 72</li> 73<li><span class="side-menu-title">SUSPENSION</span> <span style="font-weight:bold;font-style:italic;font-variant:small-caps;color:yellow;background-color:#000060;"> coming soon! </span> 74 <ul> 75 <li>For all types of geometry: double-wishbone, Macpherson, live axle, etc.</li> 76 <li>Get the appropriate spring stiffness</li> 77 <li>Get the appropriate damping</li> 78 <li>Get the appropriate geometry</li> 79 </ul> 80</li> 81<li><span class="side-menu-title">POWERTRAIN</span> <span style="font-weight:bold;font-style:italic;font-variant:small-caps;color:yellow;background-color:#000060;"> coming soon! </span> 82 <ul> 83 <li>4-stroke camshaft design</li> 84 <li>4-stroke intake & exhaust design</li> 85 <li>Forced Induction</li> 86 <li>4-stroke engine simulator</li> 87 <li>Get the appropriate gear ratios</li> 88 </ul> 89</li> 90</ul> 91</td> 92</tr></table> 93 94<!-- ************* ARTICLE ENDS HERE ************ --> 95 96 </div> 97 98 <div id="side-menu" class="hide-to-print"> 99
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