Automotive floor jacks are relatively small devices used to manually lift an end or corner of a car off of the ground. A good floor jack is an essential tool for anyone who frequently works on their car, though everyone should at least own a basic model for changing the occasional flat tire. More expensive jacks will lift the car higher with each movement of the handle, meaning it takes less time and effort to lift the car to a workable position. Each jack is rated based on this number, and while most can lift a standard car, those who frequently work on trucks and other larger vehicles should consider paying more for a higher weight capacity.
What is Automotive Design and Engineering?
; There is a distinct difference between designers and engineers.; The designers are the people that draw the fancy little pictures of what everyone wants a car to be; big wheels, big engines, and radical lines that could never be made on mass scale for consumer consumption (with today’s technology).; The engineers are the people that take that design and make it doable.; In short the designers are Van Gogh and engineers are Leonardo De Vinci.; Meaning that even though what the designers create is beautiful and simply amazing it has no real purpose and can’t be produced or even function on a custom scale.; Engineers make beautiful things that work like so many of Leonardo De Vinci’s inventions.; (Bob Boniface, par.7)
(Car Design Online, Ergonomics, par. 2-3)
In today’s technological world laboring over the clay for weeks is unnecessary.; With today’s technology most of the designing can be done on computers with CAD.; CAD stands for ‘Computer Aided Design.’; These designs done on the computer can give you automatic measurements and can be sent to machines that can recreate them with no manual work.; This technology has even brought clay modeling forward.; Instead of the designers having to carve the entire clay model them selves taking weeks a machine can give the rough out line and then designers can come back and prefect it and change it all they want.; And with the giant leaps with materials they don’t even have to use clay any more to make large three-dimensional models.; After the designers are happy with what the have done in CAD and have made any changes to a clay model and then put that new information into the computer they can make a machine mill down a block of high density foam into a exact replica of the vehicle.; (Car Design Online, Modeling, par. 4)
There are some very distinct reasons for this.; One of the biggest ones is the rise in energy costs.; The Japanese cars more often then not are more efficient on gas then the American cars.; Also Japan was the first to really capitalize on the Hybrid cars, leaving America to play catch up with their well-established models.; Another big factor was the sub-par quality that was produced back in the 80’s.; The Japanese cars would last a good ten years if you kept the general maintenance up but American cars were falling apart left and right.; (Webster, Larry, par. 2, 5)
Work Cited Page
·; “Bob Boniface.” Car Body Design: Automotive Design ; Engineering, 24 September 2008. Car Body Design: Automotive Design ; Engineering, 6 March 2007. designers/bryan-nesbitt/>
·; “GM Announces Design Executive Appointments.” Car Body Design: Automotive Design ; Engineering, 2 May 2007. archive/2007/05/02-gm-new-design-organization/>
·; Car Design Online: Dedicated to Automotive Design Information, 23 October 2008.
·; Webster, Larry.; “GM in Crisis-5 Reasons Why America’s Largest Car Company Teeters on the Edge.”; Popular Mechanics, 18 Nov. 2008 automotive/new_cars/4292379.html>