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1. General Aspects
Deep Beam - Design Specification
AStrutTie Outlines
2. Direct Modeling
Beginning Mode
Creating Element
Load Define and Loading
Make Structure and Area
Modeling Mode
ESO
Stress Flow
Truss
Load Assign
Set Restraint
Create Inner Element
Define Tie Types
Assign Tie Types
Bearing Plate
Max. Width and Outer Element
Assign Strut Types
Truss Analysis and Design Review
Report Preview and Save Report
3. Template
Beginning Mode
Input of Template
Edit Area and Add Combination
Modeling Mode
ESO
Stress Flow
Truss
Max. Width and Outer Element
Assign Strut Types
Truss Analysis and Design Review
Report Preview and Save file
4. Using Dxf
Beginning Mode
Import Dxf
Load Define and Loading
Make Area
Modeling Mode
ESO
Stress Flow
Truss
Load Assign
Set Restraint and Edit Truss
Define Tie Types
Assign Tie Types
Bearing Plate
Max. Width and Outer Element
Assign Strut Types
Truss Analysis and Design Review
Report Preview and Save Report
5. Reference - Quick Start for Strut and tie Model Design
Design Steps Using Strut-Tie Model
Modeling of Member Geometry
Application of Loads
Structural Analysis for ESO & Stress Flow
Modeling and Analysis of Truss Model
Analysis Results and Structural Design Report
6. STM information
What is STM?
STM design process
Evolutionary Structural Optimization(E.S.O) Method
7. Design Example
Design of deep beams subjected to concentrated load (1)
Design of deep beams subjected to concentrated load (2)
Design of deep beams subjected to concentrated load (3)
Design of deep beams subjected to concentrated load (4)
Bridge Pier, Hammerhead Bent Cap, ACI SP273-1
8. Output Report
Design Report (ACI 318-14) – Deepbeam
Design Report (AASHTO LRFD) – Deepbeam
Design Report (Eurocode 2) – Deepbeam
Question & Answer
AStrutTie Homepage
AStrutTie Online User Manual
Trial Version Request Page
AStrutTie Online Shop
About HanGil IT
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