Special Topics on Finite Element Calculation of Reinforced Concrete for Seismic and Mechanical Behavior of Building Structures

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Special Topics on Finite Element Calculation of Reinforced Concrete for Seismic and Mechanical Behavior of Building Structures

---Copyright Course: Project Case Engineering Experience Topic

I. Special Objective: Learn to conduct finite element analysis on earthquake resistance of buildings; learn to conduct finite element calculation and analysis on prestressed reinforced concrete and stressed concrete

II. Engineering case: one frame structure, one shear wall structure and one brick-concrete structure are given to simulate their seismic performance.

III.Typical problems: seismic problems of high-rise buildings and high-rise buildings.

IV. Key points of knowledge: building modeling, mesh division, seismic stability

V. Time and place:

VI. Mind Map:

VII. Course Outline

module	training target	main content
Revit Software Introduction	Learn about the Revit interface and basic workflow	Getting Started withRevit Software Familiarity withRevit software basics Familiarity withRevit analysis modules Familiarize yourself with the main commands ofthe RevitCommand Panel Familiarize yourself with the selection ofRevitoperands
Revit Software Building Model Creation	Master Revit software 3D model creation skills	Geometric modeling based onRevitinterface Introduction to Revit Software Geometry Import Interface CADmodelsinteractwithRevitsoftware 3D model of building operation process and precautions RevitGeometry Simplification Features and Basic Requirements Case01: Framework Modeling Drill Case02: Shear Wall Modeling Walkthrough Case 03: Establishment of reinforced concrete model under stress
Introduction to Ansys Workbench	Learn aboutthe Ansys Workbench interface and basic workflow	Learn aboutArnsys Workbench software Familiar with the basic operation of A nsys Workbench software Familiar with various analysis modules ofAnalytic Workbench Familiarity with the main commands of the Ansys Workbenchcommand panel Familiar with the selection of Ansys Workbenchoperands
mesh generation	Understand the basic concepts, types and quality evaluation indicators of grids	Physical implications of computational grids grid quality evaluation index Common grid types and scope of application
mesh generation	Grasp mesh generation methods and common skills	Basic flow of mesh generation Setting of grid size Selection of mesh type Gridding Techniques Grid Quality Evaluation and Repair mesh optimization Case 04: Grid division of brick-concrete structure building
Post-processing and seismic analysis of buildings based on Ansys Workbench	Ansys Workbench post-processing methods and skills	Ansys Workbench post-processing method Ansys Workbench post-processing skills Seismic stability analysis of buildings Stability Analysis of Building Structures Analysis of Mechanical Properties of Reinforced Concrete under Stress Case 05: Seismic Stability of Frame Structures Case 06: Seismic Stability of Shear Wall Structures