MICRESS Training
Posted: Wed Jun 02, 2021 3:09 pm
Dear Bernd,
Hello, I met some problems in MICRESS and would like to consult you.The following questions arise in the process of case T014_gamma_alpha_stress:
1, in the program set up three solid phase, so it is the existence of the third solid phase in addition to γ and α phase, according to my understanding of the program these three phases are respectively: γ, α and pearlite (P), and here the pearlite is at 985K began to generate, I do not know my understanding is correct?The other thing I don't understand is why the third solid phase is set, or is the third solid phase set necessary?
2. In the absence of coupled Thermo-Calc, we use the linearization of the local phase diagram, but how do we define the reference points when there is a third solid phase (the position of the component in phase 1 and phase 3, respectively)?
3. At # Initial concentrations, Phases 0, 1, 2, and 3 are present.Why are there four phases?Where did phase 0 or phase 3 come from here?I really don't understand this.Also, for # Elastic Components, why are there only C11, C12, and C44?And then finally how did you calculate the molar volume for the phase?I don't understand these questions.I am looking forward to your reply very much, and I will appreciate it very much.
Finally, I sincerely wish you a happy life and smooth work.
Lv Shaojie
Hello, I met some problems in MICRESS and would like to consult you.The following questions arise in the process of case T014_gamma_alpha_stress:
1, in the program set up three solid phase, so it is the existence of the third solid phase in addition to γ and α phase, according to my understanding of the program these three phases are respectively: γ, α and pearlite (P), and here the pearlite is at 985K began to generate, I do not know my understanding is correct?The other thing I don't understand is why the third solid phase is set, or is the third solid phase set necessary?
2. In the absence of coupled Thermo-Calc, we use the linearization of the local phase diagram, but how do we define the reference points when there is a third solid phase (the position of the component in phase 1 and phase 3, respectively)?
3. At # Initial concentrations, Phases 0, 1, 2, and 3 are present.Why are there four phases?Where did phase 0 or phase 3 come from here?I really don't understand this.Also, for # Elastic Components, why are there only C11, C12, and C44?And then finally how did you calculate the molar volume for the phase?I don't understand these questions.I am looking forward to your reply very much, and I will appreciate it very much.
Finally, I sincerely wish you a happy life and smooth work.
Lv Shaojie