Simulation of Circular Hollow Section (CHS) T-joint Stiffened with Internal Rings via Abaqus скачать в хорошем качестве

Simulation of Circular Hollow Section (CHS) T-joint Stiffened with Internal Rings via Abaqus

Our telegram channel for Abaqus and Q&A: https://t.me/abaqus_asist Our Telegram channel for FFS, Structure Integrity and the analysis of fixed equipment: https://t.me/ffs_asme_dnv_api_femex Our LinkedIn page:   / amirhossein-mirzabozorg-15443b47   If you want to be informed about our 50% discount codes and other announcements, join our Telegram channel or follow us in LinkedIn. contact info for using our services: mirzabozorg71@gmail.com Comprehensive Abaqus Package:    • Comprehensive Abaqus Package   Including 39 hours of step-by-step tutorials. Don’t hesitate to ask any questions you might have about the explanations presented in this video using the comments below. We try to answer all questions regarding the video details in the comments below. Circular Hollow Section (CHS) T-joints internally stiffened with rings are primarily used in offshore steel jacket structures and other large-scale infrastructure to enhance the structural integrity, static strength, and stiffness of tubular joints under various loading conditions. These internal rings enhance the joint's ultimate load-carrying capacity and delay failure modes, particularly at elevated temperatures, making them essential for structural components in demanding environments. This tutorial explains how to model them using solid elements based on a reference paper. The structure is also modeled using shell elements, and the results are compared. Finally, the structure is modeled using symmetry boundary conditions to assess the impact of these conditions on the final result. Chapter 1: Shell modeling Modeling all the components using conventional shell elements, based on their mid-surface Cost: 65 EUR (must be paid by the PayPal or other payment methods according to your country) Included files: step-by-step tutorial with detailed explanations, complete version of the slides, Abaqus files (CAE, JNL, INP) and the subroutine file Models are created by using Abaqus 6.14 (2014) Level: advanced After watching this video, you can ask your questions about video explanations and tutorial's content by sending an email to mirzabozorg71@gmail.com Chapter 2: Solid modeling Modelling all the components using solid elements similar to the reference paper (simulations will be done using different solid elements) Cost: 85 EUR (must be paid by the PayPal or other payment methods according to your country) Included files: step-by-step tutorial with detailed explanations, complete version of the slides, Abaqus files (CAE, JNL, INP) and the subroutine file Models are created by using Abaqus 6.14 (2014) Level: advanced After watching this video, you can ask your questions about video explanations and tutorial's content by sending an email to mirzabozorg71@gmail.com Chapter 3: Solid modeling by applying symmetry As the structure has two symmetry planes, the modeling will be performed by applying these planes, and one-fourth of the structure will be simulated using solid elements. Cost: 30 EUR (must be paid by the PayPal or other payment methods according to your country) Included files: step-by-step tutorial with detailed explanations, complete version of the slides, Abaqus files (CAE, JNL, INP) and the subroutine file Models are created by using Abaqus 6.14 (2014) Level: advanced After watching this video, you can ask your questions about video explanations and tutorial's content by sending an email to mirzabozorg71@gmail.com #abaqus #abaqustutorial #fem #modeling #T_joint #static #simulation #simulia #stiffener #shell