Presentation is loading. Please wait.

Presentation is loading. Please wait.

 PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model  PSC Bridge Analysis New Graphic Engine New Graphic User Interface.

Similar presentations


Presentation on theme: " PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model  PSC Bridge Analysis New Graphic Engine New Graphic User Interface."— Presentation transcript:

1  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model  PSC Bridge Analysis New Graphic Engine New Graphic User Interface Tabbed Toolbar Task Pane Auto Hide & Sliding Window New Graphic Engine Command Line

2  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model  PSC Bridge Analysis New Graphic Engine Civil 6.1.0Civil 2006 Improved Graphic Display

3  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model  PSC Bridge Analysis General Section Import General Shape Sections defined in AutoCAD, SPC Define Section Shape in CAD Import CAD data or Define sections in SPC Import SPC Section using Value Type of PSC Section

4  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model  PSC Bridge Analysis Visualization Designer Applications of Visualization Designer Result Examination Using Widget Various Types of Result Display Walk Through and Flying View Visualization Designer

5  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model  PSC Bridge Analysis Visualization Designer Applications of Visualization Designer Walk Through and Flying View Visualization Designer Plate Stress ContourBeam Force Contour Multiple-Result Display using Visualization Designer

6  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model  PSC Bridge Analysis Walk Through and Flying View Suspension Bridge with User Defined SectionSolid Element ModelPlate Element Model Beam Element ModelExamine Inner Stress by Flying View or Walk Through Visualization Designer Walk Through and Flying View Walk Through and Flying View

7  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model  PSC Bridge Analysis

8  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model PSC Wizard User Defined Section Tapered Sections PSC Reinforcement Effective Width Calculation Tendon Profiles PSC Bridge Result  PSC Bridge Analysis PSC Wizard PSC Box Bridge Wizards Automated Generation of Longitudinal Frame Model (FCM)

9  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model PSC Wizard User Defined Section Tapered Sections PSC Reinforcement Effective Width Calculation Tendon Profiles PSC Bridge Result  PSC Bridge Analysis PSC Wizard PSC Box Bridge Wizards Automated Generation of Longitudinal Frame Model (ILM) ILM Model Wizard ILM Stage Wizard

10  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model PSC Wizard User Defined Section Tapered Sections PSC Reinforcement Effective Width Calculation Tendon Profiles PSC Bridge Result  PSC Bridge Analysis PSC Wizard PSC Box Bridge Wizards PSC Box Wizard Type II : Get Easier to Define Section and Tendons Select the previously defined sections Define PSC Section in Advance All section types in Civil 2006 are available in Wizard

11  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model PSC Wizard User Defined Section Tapered Sections PSC Reinforcement Effective Width Calculation Tendon Profiles PSC Bridge Result  PSC Bridge Analysis PSC Box Wizard Type II : Improved Input method of Tendon Profile Tendon Input in FCM Wizard Type II Check the tendon Location in real time PSC Wizard PSC Box Bridge Wizards

12  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model PSC Wizard User Defined Section Tapered Sections PSC Reinforcement Effective Width Calculation Tendon Profiles PSC Bridge Result  PSC Bridge Analysis PSC Box Wizard Type II : Improved Input method of Tendon Profile PSC Wizard PSC Box Bridge Wizards Tendon Input using Excel Sheet, Copy and Paste

13  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model PSC Wizard User Defined Section Tapered Sections PSC Reinforcement Effective Width Calculation Tendon Profiles PSC Bridge Result  PSC Bridge Analysis Various PSC Sections User Defined Sections Various Types of PSC Sections - Asymmetric Section - Circle Type Cell

14  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model PSC Wizard User Defined Section Tapered Sections PSC Reinforcement Effective Width Calculation Tendon Profiles PSC Bridge Result  PSC Bridge Analysis PSC Box with Corrugated Multi Plate Web User Defined Sections Various PSC Sections Various Types of PSC Sections

15  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model PSC Wizard User Defined Section Tapered Sections PSC Reinforcement Effective Width Calculation Tendon Profiles PSC Bridge Result  PSC Bridge Analysis User Defined Section Sections not in PSC section type of MIDAS/Civil can be defined in the Sectional Property Calculator (SPC). Define Section Shape in CAD Import CAD data Or Define sections in SPC Import SPC Section using Value Type of PSC Section User Defined Sections

16  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model PSC Wizard User Defined Section Tapered Sections PSC Reinforcement Effective Width Calculation Tendon Profiles PSC Bridge Result  PSC Bridge Analysis Tapered Sections User Defined Tapered Section Distance Longitudinal Variation of Height User Defined Longitudinal Variation of Section Dimensions EEach part of section has its own variation. Longitudinal Variation of Width Longitudinal Variation of Top Flange Thk. Longitudinal Variation of Bot. Flange Thk. Longitudinal Variation of Web Thickness

17  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model PSC Wizard User Defined Section Tapered Sections PSC Reinforcement Effective Width Calculation Tendon Profiles PSC Bridge Result  PSC Bridge Analysis PSC Reinforcement Reinforcement of PSC Bridge Longitudinal Reinforcement  Transformed Section  Confinement Effect by Creep onsidered in PSC Design Shear Reinforcement  Strengthening Effect by shear reinforcement and shear bars  Enclosing Stirrup for Torsional Strength

18  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model PSC Wizard User Defined Section Tapered Sections PSC Reinforcement Effective Width Calculation Tendon Profiles PSC Bridge Result  PSC Bridge Analysis Reinforcement of PSC Bridge Define span information prior to Rebar Input PSC Reinforcement Schedule Based Rebar Input

19  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model PSC Wizard User Defined Section Tapered Sections PSC Reinforcement Effective Width Calculation Tendon Profiles PSC Bridge Result  PSC Bridge Analysis Effective Width Calculation of PSC Box Effective Width Calculation of PSC Box Automatic calculation of the modified section stiffness by effective width according to KSCE2005 Specification.

20  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model PSC Wizard User Defined Section Tapered Sections PSC Reinforcement Effective Width Calculation Tendon Profiles PSC Bridge Result  PSC Bridge Analysis Tendon Profiles 2-Dimensional Tendon Profile Simplified 2D tendon profile at the planning stage of a bridge 3-Dimensional Tendon Profile Exact tendon profile for accurate analysis and design

21  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model PSC Wizard User Defined Section Tapered Sections PSC Reinforcement Effective Width Calculation Tendon Profiles PSC Bridge Result  PSC Bridge Analysis PSC Bridge Result PSC Beam Stress PSC Beam stresses is calculated at 10 positions 1~4: Each Corner of the Section 5~6: Top of the Web 7~8: Neutral Axis 9~10: Bottom of the Web

22  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model PSC Wizard User Defined Section Tapered Sections PSC Reinforcement Effective Width Calculation Tendon Profiles PSC Bridge Result  PSC Bridge Analysis PSC Beam Stress Diagram PSC Bridge Result Normal Stress (Summation) Principal Stress

23  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model PSC Wizard User Defined Section Tapered Sections PSC Reinforcement Effective Width Calculation Tendon Profiles PSC Bridge Result  PSC Bridge Analysis PSC Beam Stress ComponentStress Calculation Sig-xx (Axial)Normal Stress due to Axial Force Sig-xx (Moment-y)Normal Stress due to Moment-y Sig-xx (moment-z)Normal Stress due to Moment-z Sig-xx (Bar)Normal Stress due to Shear Bar Sig-xx (Summation)Normal Stress due to Summation of CS Sig-zzShear Stress in local z-direction Sig-xz (shear) Shear Stress due to shear force and shear bar Sig-xz (torsion)Shear Stress due to Torsion Sig-xz (bar)Shear Stress due to Shear Bar Sig-Is (torsion)Inclined Stress due to Torsion Sig-Is (shear + torsion) Inclined Stress due to Torsion and Shear Sig-Ps1Maximum Principal Stress Sig-Ps2Minimum Principal Stress PSC Bridge Result

24  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model PSC Wizard User Defined Section Tapered Sections PSC Reinforcement Effective Width Calculation Tendon Profiles PSC Bridge Result  PSC Bridge Analysis Tendon Prestress Loss Prestress Loss Graph Prestress force at each stage is plotted Text Output of Prestress Force Prestress Loss Result Table - Slip Loss at Anchorage - Elastic Shortening - Friction Loss - Loss due to Creep/Shrinkage - Tendon Relaxation PSC Bridge Result

25  PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model PSC Wizard User Defined Section Tapered Sections PSC Reinforcement Effective Width Calculation Tendon Profiles PSC Bridge Result  PSC Bridge Analysis Construction Stage related Results Element Properties at Each Stage - Age of Element - Elastic Modulus - Shrinkage Strain - Creep Coefficient Beam Section Properties at the Last Stage - Transformed Section Properties - Neutral Axis Position Change PSC Bridge Result

26  PSC Bridge Design Design Parameters Design Result Tables Calculation Results  PSC Bridge Analysis  Cross-Section Model Design Parameters PSC Design Parameter BS & Eurocode PSC Design to be released

27  PSC Bridge Design Design Parameters Design Result Tables Calculation Results  PSC Bridge Analysis  Cross-Section Model PSC Design Parameter Define concrete & rebar materials for design Design Parameters

28  PSC Bridge Design Design Parameters Design Result Tables Calculation Results  PSC Bridge Analysis  Cross-Section Model Design Result Tables PSC Design Result Table Composite stress at construction stages Max stress in PC tendons Composite stress at service loads Principal stress at construction stages Principal stress at service loads

29  PSC Bridge Design Design Parameters Design Result Tables Calculation Results  PSC Bridge Analysis  Cross-Section Model PSC Design Result Table Flex. Strength (weak axis) at factored loads Flex. Strength (strong a xis) at factored loads Shear Strength at factored loads Torsional Strength at factored loads Design Result Tables

30  PSC Bridge Design Design Parameters Design Result Tables Calculation Results  PSC Bridge Analysis  Cross-Section Model Calculation Results Calculation Results in Excel Sheets 시공단계별 응력도하중조합별 응력도응력검토 집계결과계수하중조합 단면력도하중별 단면력 집계휨강도 검토 φMn-Mu 그래프전단강도 검토 Torsional strength check

31  PSC Bridge Design  PSC Bridge Analysis  Cross-Section Model Generating Model Analysis & Design Generating Model Cross-Section Model of PSC Box Bridge Automated Generation of Cross- Section Model from the Longitudinal Frame Model

32  PSC Bridge Design  PSC Bridge Analysis  Cross-Section Model Generating Model Analysis & Design Cross-Section Model of PSC Box Bridge Model  Boundary Condition  Appurtenances  Joint Offset Control  Section Offset Control Cross-Section Model Wizard Generating Model

33  PSC Bridge Design  PSC Bridge Analysis  Cross-Section Model Generating Model Analysis & Design Cross-Section Model of PSC Box Bridge Load  Self Weight  Superimposed Dead Load  Live Load  Creep & Shrinkage Data  Wind & Temperature Load Cross-Section Model Wizard Generating Model

34  PSC Bridge Design  PSC Bridge Analysis  Cross-Section Model Generating Model Analysis & Design Cross-Section Model of PSC Box Bridge Tendon & Rebar  Tendon Property  Tendon Profile  Prestress Force  Reinforcement  Wind & Temperature Load Cross-Section Model Wizard Generating Model

35  PSC Bridge Design  PSC Bridge Analysis  Cross-Section Model Generating Model Analysis & Design Cross-Section Model of PSC Box Bridge Longitudinal Model (3D) Cross-Section Model (2D) Generating Model

36  PSC Bridge Design  PSC Bridge Analysis  Cross-Section Model Generating Model Analysis & Design Analysis RC Design Parameter RC Design Results


Download ppt " PSC Bridge Design  Cross-Section Model  PSC Bridge Design  Cross-Section Model  PSC Bridge Analysis New Graphic Engine New Graphic User Interface."

Similar presentations


Ads by Google