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Hey, I am running a simulation of rolling a steel bar with Abaqus, and I am looking for yield strength and plastic strain values in plasticity for Fe 500 (high strength steel E=200 GPa, poisson coeff= 0.3) , if you know where I can find this data i will be grateful. Thank you

Apparently I would have a constraint on the temperature of the water returned because it will undergo a subsequent recycling so I will try to estimate the tempéarture admissible for the treatment of water. for the flow rate it's up to me to find the optimal value and then I would have a single...

Hey, I am running a simulation of rolling a steel bar with Abaqus, and I am looking for yield strength and plastic strain values in plasticity for Fe 500 (high strength steel E=200 GPa, poisson coeff= 0.3) , if you know where I can find this data i will be grateful. Thank you

Hey,thank you first for your helpful answer So to determine the amount of heat I need to remove I am confused between 2 methods and I do not know which one is correct first method The Heat lost Q (J) by the cylinder when its temperature decreases from Ti = 400 °C to Tf= 100 °C is: Q= mc∆T = m c...

Hey, I want to know how I can determine the flow and the pressure values of the cooling water to use to reach a certain temperature on the surface of a rolling cylinder (to cool it), is there a mathematical method or i have to try to solve it numerically ? Thank you

Hey, I am running a simulation of rolling a steel bar with Abaqus, and I am looking for yield strength and plastic strain values in plasticity for Fe 500 (high strength steel E=200 GPa, poisson coeff= 0.3) , if you know where I can find this data i will be grateful. Thank you

Ok thank you

Hey, But if i couldn't have it , can the Tie constraint work in this case or i have to use another FE code 'Freefem' to determine temperature field ? Thank you

hey, I'm working on rolling roll simulation, I want to determine temperature and stress fields inside the roll, so I need to know how can I define the thermal contact between the 2 surfaces (roll and billet). I really appreciate any help you can provide !