Could anybody share full example of punching shear check with usage of steel shearheads. It can be done according to ACI or EC codes.
Please give also info about source materials (books, articles) - where I can find any informations about that problem
1.1 Background
1.2 Important Notes Regarding This Documentation
1.3 Training Overview
1.4 Overview of the User Interface (for information)
1.5 Orion Modelling, Analysis & Design Flowchart
1.6 Graphic Editor - General Principles
2 Building the Model
2.1 Getting Started – Project Parameters & Settings
2.2 Creating Axes
2.3 Creating Columns
2.4 Creating Shear Walls
2.5 Creating Beams
2.6 Creating Slabs
2.7 Member Re-Labelling (for information)
2.8 Using Tables to Edit Multiple Members
2.9 Wall Loads and Additional Beam Loads
2.10 Generating a 3D View of the Model and Creating Additional Storeys
3 Building Analysis
3.1 Pre-Analysis
3.2 Model Options
3.3 Performing the Analysis
3.4 Post-Analysis
4 Beam Reinforcement Design
4.1 Exercise Aims
4.2 Beam Design Settings and Parameters
4.3 Designing all Beams using Batch Mode
4.4 Graphical Review of Passing / Failing Members
4.5 Interactive Beam Design
4.6 Creating the Beam Elevation Drawings
5 Column & Wall Reinforcement Design
5.1 Exercise Aims
5.2 Column Design Settings and Parameters
5.3 Designing all Columns using Batch Mode
5.4 Creating a Column Schedule
5.5 Creating a Column Output Report
5.6 Creating a Foundation Loads Report
5.7 Interactive Column Design
5.8 Creating the Column Reinforcement Plan
6 Slab Design and Detailing
6.1 Introduction
6.2 Create Slab Reinforcement Strips
6.3 Editing the Bar Layout
6.4 Creating Slab Output
7 Creating a Flat Slab Model
7.1 Introduction
7.2 Creating the Flat Slabs in the Model
7.3 Creating Slab Loads and Openings
7.4 Creating Additional Storeys
8 Building Analysis for Flat Slab
8.1 Pre-Analysis
8.2 Performing the Analysis
8.3 Post-Analysis
9 Gravity Load Chase Down using Finite Element Analysis
9.1 Exercise Aims
9.2 Finite Element Model Generation Options
9.3 Generating/Performing the FE Analysis Model
9.4 Cross checking the Finite Element Results
10 Designing the Flat Slab
10.1 Introduction
10.2 Finite Element – Post Processing Settings
10.3 Floor Analysis Post Processing
10.4 Exporting and Displaying Contours
10.5 Exporting to DXF (for information)
10.6 Designing the Columns/Walls
Appendix A : Wind Load
Specifying Wind Combinations
Applying a Single Wind Load to Each Floor
Applying Wind Loads directly to Columns & Walls
Appendix B: Beam Design Settings and Detailing
Beam Design Settings
Appendix C: Column Design Settings and Detailing
Creating the Column Detail Drawings
Appendix D : Foundation Design
Introduction
Pad Footing Design
Strip Footing Design
Raft Foundation Design
Appendix E : Load Combinations and the Loading Generator
The Loading Generator
Appendix F : Report Manager
Concrete and Form Estimation Reports
Report Manager
Appendix G : Polyline Column Editor
Creating an L-shaped column.
Appendix H : Slab Design using FE Analysis
Introduction
Creating FE Slab Strips
Finite Element Model Generation
Finite Element Model Generation
Updating the FE Strips with Reinforcement
Appendix I: Enhancing the General Arrangement Drawings
Creating Dimensions
Shrinking Axes and Setting Unused Axes to Ghost
Creating Slab Section Views
Appendix J : Orion Data File Structure and Project Settings
Project Settings
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Geotechnical Finite Element Analysis: A practical guide
Author(s):
Andrew Lees
Publish Date:
2016
Published By:
ICE Virtual Library
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solidThinking, Inc., a leading provider of industrial design software, has released update of Click2Form 2016 is a brand new SolidThinking product used for rapid stamping feasibility analysis based on inverse analysis technology.
Starting with sheet metal parts or tool geometry, product designers and process development engineers can utilize Click2Form to predict and eliminate manufacturability issues with just a few mouse clicks early in the design process, significantly reducing lead time. Additionally, Click2Form accurately calculates the shape of the starting blank, and provides utilities for blank nesting to determine optimal nesting layout that minimizes material wastage.
About solidThinking
solidThinking creates, develops, and markets technology that helps our user community bring the most desirable products to their customers faster. solidThinking software is sold and supported by a global network of distribution partners and is also available as part of the Altair HyperWorks suite. solidThinking is a wholly owned subsidiary of Troy, Mich. (USA)-based Altair.
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Bentley Systems Inc., the leading company dedicated to providing comprehensive software solutions for sustaining infrastructure, has released the 16.01.00.05 version of LEAP Bridge Steel CONNECT Edition is a comprehensive 3D steel bridge design and rating application. It offers advanced physical 3D bridge modeling, design, analysis, and load rating of steel bridges, following AASHTO LRFD specifications.
Streamline the design of straight and curved I-girder bridges with LEAP Bridge Steel’s computational 3D design and modeling. Your project will benefit from the software’s advanced load rating and analysis capabilities, which will enable you to evaluate steel bridges faster and deliver your projects on time and under budget.
Maximize efficiencies on your next bridge project:
- Design, analyze, and rate steel bridges using an intuitive interface
- Speed project delivery of complex bridge projects with automatic advanced calculations
- Share data with all OpenRoads applications and with MicroStation
- Create an intelligent 3D model that captures design intent on the fly
- Easily explore design alternatives to maximize cost savings and improve scheduling
- Automatically create virtual bridge models (i-models) enabling your entire project team to easily share and interact with complex project data
LEAP Bridge Steel CONNECT Edition V16 Update 1 (16.01.00.05) contains enhancements and several bug fixes. Enhancements include two new additions to the Member Definition command: one to auto generate girder web and flange plates and the other to perform design optimization on the flange plates (girder web plate design optimization will be included in the next release). Another important enhancement adds non-prismatic section checking (per Article 6.10.8.3.2) to design code checking.
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Water Engineering with the Spreadsheet: A Workbook for Water Resources Calculations Using Excel
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