İLERİ SEVİYE ANSYS EĞİTİMİ

İLERİ SEVİYE ANSYS EĞİTİMİ

İLERİ SEVİYE ANSYS EĞİTİMİ

Eğitimin Ücreti: Danışınız veya linke tıklayınız

Eğitimin Süresi: 30 saat (3 Gün)

Eğitim Günleri: Danışınız veya linke tıklayınız

Eğitim Saatleri: 09.00–17.00

Başlangıç Tarihi: Danışınız veya linke tıklayınız

Eğitim Yeri: İLTEM Mühendislik Eğitim Salonu

Not: Kursu başarı ile tamamlayanlara Katılım Belgesi verilir. Kontenjan Max 15 kişi ile sınırlıdır.

ÖNEMLİ Not: İleri seviye programa katılım sağlamak için katılımcıların daha öncesin temel seviye programını başarı ile tamamlamış olmaları gerekmektedir.

GENEL BİLGİ: Analiz ve simülasyonlarınızı gerçekleştirmek ve öz yeteneklerinizi geliştirme konularında katılımcılara ileri seviye eğitim verilmesi hedeflenmektedir.

 Eğitim Programının İçeriği

1.Basic Nonlinearities                               

            1.1 What is nonlinear behaviour                  

            1.2 Types of nonlinearities                  

            1.3 Nonlinear solution using Linear solvers                   

            1.4 Nonlinear FEA Issue                     

            1.5 Building a nonlinear Model                    

            1.6 Obtaining a nonlinear solution               

            1.7 Workshop 1.1 Shell Disk               

            1.8 Workshop 1.2 Large deflection                      

2.Restart & Nonlinear controls                                  

            2.1 Restart controls                   

            2.2 Newton-Raphson Process                     

            2.3 Force convergence               

            2.4 Moment convergence                   

            2.5 Displacement / Rotation convergence                     

            2.6 Line search                 

            2.7 Stabilization                 

            2.8 Reviewing Nonlinear Results                 

            2.9 Workshop 2.1 Restart controls               

            2.10 Workshop 2.2 Line search                    

3.Introduction to Contact                                 

            3.1 Basic concepts                    

            3.2 Contact formulations                    

            3.3 Detecion Methods                

            3.4 Trim contact                

            3.5 Penetration Tolerance                  

            3.6 Contact stiffness                  

            3.7 Workshop 3.1 Contact stiffness and penetration               

            3.8 Pinball region                      

            3.9 Symmetric vs. Asymmetric                    

            3.10 Body types in contact                 

            3.11 Postprocessing contact results                     

            3.12 Workshop 3.2 Symmetric vs. Asymmetric                      

4.Rate Independent Plasticity                                  

            4.1 Background on elasticity and plasticity                    

            4.2 Yield criteria                

            4.3 Flow rule                    

            4.4 Hardening rules                   

            4.5 Material data Input                      

            4.6 Analysis settings                  

            4.7 Reviewing Results                

            4.7 Summary                    

            4.7 Workshop 4.1 Metal Plasticity                

5.Buckling Analysis and Linear Perturbation                                    

            5.1 Background on structural stability                  

            5.2 Linear buckling procedure                     

            5.3 Workshop 5.1 Linear buckling               

            5.4 Background on nonlinear buckling techniques                 

            5.5 Nonlinear stabilization                   

            5.6 Summary                    

            5.7 Workshop 5.2 Postbuckling with stabilization                   

            5.8 Workshop 5.3 Linear Perturbation                  

6.Nonlinear Diagnostic                                      

            6.1 Solver output                      

            6.2 Monitoring the solution                 

            6.3 Newton-Raphson residuals                    

            6.4 Example cases                     

            6.5 Tips on solving method                 

            6.6 Summary                    

            6.7.Workshop 6.1 Diagnostic tools for contact                

 

7.Mesh Nonlinear Adaptivity                                     

            7.1 Background on rezoning               

            7.2 Introduction to mesh nonlinear adaptivity               

            7.3 Understanding the criteria                     

            7.4 Energy based criteria                    

            7.5 Position based criteria                  

            7.6 Contact based criteria                   

            7.7 Mesh quality criteria                     

            7.8 Procedure                   

            7.9 3D Nonlinear adaptivity example                    

                        7.10 Nonlinear adaptivity limitations