Contents
Index
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Introduction
Welcome!
Features of AStrutTie
License and Copyright
How to Order
Install Process, Activation and Standard Uer account
Product Classification and System Requirement
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
Strength Evaluation Result of Struts, Ties, and Nodal Zones
General Aspects
Outlines
Pull-down Menu
Shortcut Menu
Model Selection Menu
Modeling View
Tree Menu
Work
Group
Report
Detail of Pull-down Menu
FILE
EDIT
VIEW
SELECT
DESIGN
DEFINE
ASSIGN
ANALYSIS
OUTPUT
HELP
Detail of New from Template1
Corbel
Abutment Footing
Pier Coping
Pier Footing
Frame Corner
Anchorage Zone with Inclined Tendons
Anchorage Zone with Straight Tendons
Deep Beam with Concentrated Loads
Girder
Detail of New from Template2
Beam-Column Joint
Continuous Deep Beam
PSC Box
AStrutTie Manual - Pdf
AStrutTie-Tutorial-DeepBeam
Deep Beam Design – Template
Deep Beam Design – Using Dxf
Deep Beam Design – Direct Modeling (1)
Deep Beam Design – Direct Modeling (2)
AStrutTie-Tutorial-DeepBeam - Pdf
STM information
What is STM?
STM design process
Evolutionary Structural Optimization (E.S.O) Method
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
Output Report
Design Report (ACI 318-14) – Deepbeam
Design Report (AASHTO LRFD) – Deepbeam
Design Report (Eurocode 2) – Deepbeam
Question & Answer
AStrutTie Homepage
Trial Version Request Page
AStrutTie Online Shop
About HanGil IT
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