Recent content by junglep

  1. J

    Engineering Materials - Ramberg Osgood Parameters Help

    I am currently doing a material characterisation project and have performed a standard tensile test on a number of 304 stainless steel specimens. I have obtained a number of stress-strain curves from the testing and have been told I need to relate them to the Ramberg-Osgood material model in...
  2. J

    Engineering Materials - Ramberg Osgood Parameters Help

    bump. Anyone get any help on where I could even obtain such information?
  3. J

    Engineering Materials - Ramberg Osgood Parameters Help

    I am currently doing a material characterisation project and have performed a standard tensile test on a number of 304 stainless steel specimens. I have obtained a number of stress-strain curves from the testing and have been told I need to relate them to the Ramberg-Osgood material model in...
  4. J

    How to Calculate Work Done in a Thermodynamic Process?

    what is n in the equation pv = nRT? i thought the perfect gas eqn was pv = mass * R * T also i am not given a value for the gas constant (R). if it is any help the answer that is given in the book is in kJ/kg not in J.
  5. J

    How to Calculate Work Done in a Thermodynamic Process?

    but i don't know any of the volumes so this method would not work
  6. J

    How to Calculate Work Done in a Thermodynamic Process?

    hey guys got this question that i have been stuck on for a while. air is expanded from 1M Pa at 327 degrees celcius to 200kPa in a closed piston cylinder device. for the process PV^1.2 = constant. calculate the work done in kJ/kg during this process i hav managed to work out the temperature...
  7. J

    Calculating Work Done in a Closed Piston Cylinder Device with V^1.2 = Constant

    hey guys got this question that i have been stuck on for a while. air is expanded from 1M Pa at 327 degrees celcius to 200kPa in a closed piston cylinder device. for the process PV^1.2 = constant. calculate the work done during this process any help will be welcomed cheers
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