The basics and key points of the "easy" finite element method that tackles difficult equations.
S10307
★Minimize difficult formulas and learn from the PC practical training [EXCEL materials] in this technical course ★Please be sure to bring your laptop [required]
[Instructor] Associate Professor Yoshida Yoshinori, Department of Mechanical Systems Engineering, Gifu University [Date] March 25, 2011 (Friday) 10:30-16:30 [Venue] Kawasaki City International Exchange Center, Room 4 [Kanagawa, Kawasaki]
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basic information
【Course Objectives and Goals】 The use of the finite element method in plastic processing is becoming widely adopted, but understanding its mechanisms is necessary for advanced analysis and troubleshooting. This course aims to minimize complex formula derivations and utilize materials such as Excel to acquire a fundamental understanding of the theory.
Price information
49,350 yen (including tax, lunch, and text costs) for up to 2 people from 1 company.
Price range
P2
Delivery Time
P2
Applications/Examples of results
**Program** 1. Numerical Analysis of Plastic Processing 1.1 Outline of Structural Analysis 1.2 About Finite Element Method 1.3 Overview of Finite Element Method Formulation Procedure 2. Fundamentals of Elastic Mechanics 2.1 Definition of Stress 2.2 Definition of Strain 2.3 Basics of Elastic Mechanics (Constitutive Equations in Elastic Deformation) 3. Representing Constitutive Equations with Matrices 3.1 Basics of Matrices 3.2 Constitutive Laws in Elastic Deformation (Generalized Hooke's Law) 3.3 Two-Dimensional Problems 4. Relationship Between Strain and Node Displacement 4.1 Introduction of Elements (In the Case of Triangular Elements) 4.2 Displacement Distribution in Triangular Elements (Displacement-Node Displacement Relationship) 4.3 Relationship Between Strain and Displacement (Derivation of [B] Matrix) 5. Obtaining Element Stiffness Equations 5.1 Principle of Virtual Work 5.2 Derivation of Element Stiffness Equations 6. Obtaining Global Stiffness Equations 6.1 Derivation of Global Stiffness Equations
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