Recent content by GuiliuG

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    Braking force required on the disc brake pads

    Hi, Yes indeed my previous calculations were erroneous. I wanted to edit my previous post to append the correct calculations but apparently it's the forum policy to prevent anyone to edit a message after 24 hours, so I left it that way. Actually, I got a decent order of magnitude by pure luck...
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    Braking force required on the disc brake pads

    Sorry, I was clearly in the clouds this morning. First, I messed up with area and diameter. And secondly I messed up with reactive force. It's obvious indeed that the forces are identical between the two setups mentioned. Thanks anyway.
  3. G

    Braking force required on the disc brake pads

    Hi, Thanks for the confirmation. It's great to see my estimation was accurate. @jrmichler : Not sure to get your point. What I was saying is that if there's just one piston of diameter 40 mm (floating) or two pistons of diameter 20 mm (fixed), the force produced for a given pressure will be...
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    Braking force required on the disc brake pads

    Hi, I'm sorry for the picture, I didn't notice it was so blurry. I've converted it to a pdf file, it's a lot clearer. Ok, so yes, your number seems to be pretty close to what I get. Not sure what you mean exactly with the two pads thing. If it's a floating caliper, possibly just one cylinder...
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    Braking force required on the disc brake pads

    Hello, I'm currently working on the design of an e-caliper and I need to this effect to determine the linear force at which the pads have to be pressed against the disc to slow down a car swiftly. The result of my calculations is that the pad of a single front brake has to be pushed with a...
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