Ditutup

Ansys Polyflow solution not converge due to considering viscosity dependence on temperature

I am working on Non-Isothermal PE-100 pipe extrusion. I am applying cross law for viscosity dependence on shear rate and Arrhenius law for viscosity dependence on temperature in direct extrusion at POLYFLOW. When i run, it shows solution is not converge. When I change the viscosity to be not temperature dependent, then the solution can be converged.

So there is any way to make it converge and in the same time take the temperature into account to determine the viscosity? where I am wrong? I am struck here. Kindly help me.

Kemahiran: Ansys, CAD/CAM, Kejuruteraan Mekanikal, Analisis Unsur Terhingga, Pemodelan 3D

Tentang Klien:
( 0 ulasan ) Lahore, Pakistan

ID Projek: #33726816

5 pekerja bebas membida secara purata $17 untuk pekerjaan ini

anahabibi

Hi! I have read your project description that you are looking for a Expert for Ansys Polyflow Solution which is not coverage due to considering viscosity dependence on temperature. I am highly interested in your proje Lagi

$10 USD dalam 3 hari
(4 Ulasan)
2.2
imranshahswabi

Hello Dear I am Mechanical Engineer with PhD qualification. I can help you in this project. I have 7 years experinece in filed of simulation using ANSYS/COMSOL tool .Let me know if you are interested.

$30 USD dalam 3 hari
(2 Ulasan)
1.8
surajvish401

I'm an automobile engineer having 2 year's of experience in solidworks, catia and ansys . I have done several projects and you can check it out on my Instagram @megacadd .I can deliver you best projects.

$16 USD dalam 7 hari
(0 Ulasan)
0.0
ProfessorxCorp

Hi. i can deliver this project in few hours. My main motive is to provide quality content for my client. lets have quick chat for further discussion.

$20 USD dalam sehari
(1 Ulasan)
0.2
sahil7mistri

Hi there, I mechanical engineer experience having more than 7 years. Reviewed your requirements. I am expert in product design and development. And expert in Ansys I have good command on engineering calculations whic Lagi

$10 USD dalam sehari
(0 Ulasan)
0.0