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Autodesk Robot Structural Analysis Training Manual PDF - Autodesk robot structural analysis professional 2014 user guide pdf free download



  Wind loads can also be generated for simple structures according to several different building codes. Close suggestions Search Search. Use at least a 10 Mbps Internet connection. Ashman Noordin. They just give some advices, but they don't show you how to generate the hundreds of RC drawings you would need for a story hotel, for example in fact, the first pages of each webinar tell you that they shouldn't be used as tutorials. Th is may well transpire on account of the following: Javascript is disabled or blocked by an extension advertisement blockers for instance Your browser doesn't help cookies Make sure you Ensure that Javascript and cookies are enabled with your browser and that you're not blocking them from loading. Wind load simulation. ❿  

Autodesk robot structural analysis professional 2014 user guide pdf free download.Autodesk Robot Structural Analysis Professional Documentation | Search | Autodesk Knowledge Network



  Startup Guide Version 2. Robot Structural Analysis Professional is structural load analysis software that verifies code compliance and uses BIM-integrated workflows to exchange data with Revit. Phone number verification To help verify your account, a unique code will be sent to your phone. Let's get started Start a trial Get full access to all capabilities and features free for 30 days. Detailing Guide Enu. Note: Any service contracted with providers is a direct, paid engagement between customers and providers. The unbraced length is 2,4m and Service Class 2. The World Is Flat 3. Autocad Structural Detailing Bewehrung Tutorial. This is because the example in [1] concerns the SLS effects only, while Robot calculates the reinforcement for ULS and SLS in this case, the deflection is additionally limited by the program.❿    

 

(PDF) Robot verification Manual Eurocodes | George Chetroiu - . Autodesk robot structural analysis professional 2014 user guide pdf free download



   

Talk to our sales team. Financing options available. Robot Structural Analysis Professional is structural load analysis software that verifies code compliance and uses BIM-integrated workflows to exchange data with Revit.

It can help you to create more resilient, constructible designs that are accurate, coordinated, and connected to BIM. See all features. The collection includes:. Learn more about the collection. Learn more. Work with country-specific section shapes and building codes in imperial or metric to support code-checking. Create custom parametric structures, directly extract results, and extend analysis and code-checking capabilities.

Use at least a 10 Mbps Internet connection. Before you begin, temporarily turn off all active applications, including virus checking software. Make sure you have sufficient space on your hard drive. Trials are typically large file sizes. See disk space recommendation in system requirements. Restart your computer after install. Launch your trial software and click Subscribe Now on the trial screen or visit the Robot Structural Analysis product page.

When buying your subscription, enter the same email address and password combination you used to sign in to your trial. Learn more about converting a trial to a paid subscription. Download a free day trial of any software—you can try multiple products simultaneously—included in the Architecture, Engineering, and Construction Collection. Report abuse. Very good for beginners-intermediate. A suggestion for any starter user of the software.

If I had this book when I started using Robot it would have saved me a looottt of time. Well written with explanations and pictures in most cases.

Almost all of the functions-commands of the software are nicely described. I would love to see a more advanced book for RSA written in this way. It is what it says it is. Report abuse Translate review to English. Each example contains the following parts: - title of the problem - specification of the problem - Robot solution to the problem - outputs with calculation results and calculation notes - comparison between Robot results and exact solution - conclusions. Gardner and D. Type a new name Column 1 in the Member Type editable field.

Then, press Buckling Length coefficient Y icon and select the twelvth icon no bucklling. For Z direction press Buckling Length coefficient Z and choose the same icon. Save the newly-created type of member. Now, start the calculations by pressing Calculations button.

Type a new name Column 2 in the Member Type editable field. The Buckling Length coefficient Y and Z are set to the buckling length 1. Rd Rd ,0 ,5 2. The secondary beams create full lateral restraint of the primary beam web at these points.

Section UB xx is checked in grade S steel. The loads given are at the ultimate limit state. For analysed member pre-defined type of member BEAM may be initially opened.

It can be set in Member type combo-box. Type a new name Beam 1 in the Member Type editable field. Select the radio button General method 6.

Then, press Lateral buckling coefficient — Upper flange icon and select the last icon Intermediate bracing that opens Internal bracing dialog. Define the coordinates of the existing bracing, change to real length radio button, type in: 2. Close dialog by pressing OK. Do not change lateral buckling length for the lower flange. Choose the icon for Load type Y and double-click the first icon Uniform moment and varying linearly in Load Type dialog.

Call configuration dialog and set number of calculation points to Member Verification dialog with most significant results data will appear on screen. Critical moment for lateral-torsional buckling Mcr ,9 2. The column frame is moment resisting in-plna and pinned out-of-plane, with diagonal bracing in both directions. The modeled bar shown below is pin ended about y-y and z-z axes. The bar is subjected to the compressive force and bending in major axis due to horizontal forces, in minor axis due to eccentric axial load.

Section H xx is checked in grade S steel. The loads are given at ultimate limit state. Then, press Buckling Length coefficient Y icon and select the third icon 0.

For Z direction let it defined default 1. Set Lateral buckling checkbox. Cross section check for bi-axial bending 6. Lateral torsion buckling resistance 6. Talso assume you have successfully installed and licensed the software. Autodesk technical support is highly skilled at assisting with any installation problems.

I would feel remiss at spending pages here to detail the installation process. What you will learn Chapter 1 - Getting Started From opening your first project, starting to understand the interface and navigating a project, using workplanes, graphical views and tables. You will gain familiarity with the basic function of the interface.

Most importantly you will learn all about how to manage selections in Robot. Configure material databases, unit formats, design and combination codes, and take a look at analysis settings.

Chapter 3 - Basic Structural Modeling Learn how to layout structural grids and stories, add nodes if desired, model bars, beams, columns, and apply support definitions. You will begin to learn about Robot laby very important concept in Robot. Chapter 4 - Modeling Loads Learn the ins and outs of adding loads to your structure model.

Some of the loading techniques are unique and you will get insight into adding all types of loads for static analysis. Chapter 5 - Pi iminary Structural Analysis In this chapter, we will look at Robots automatic load combinations: a very important feature of Robot analysis.

We will discuss model verification and techniques for resolving issues with calculations as well as analysis types and an introduction to Robot's nonlinear solver. Chapter 6 - Exploring Preliminary Results This chapter covers the tools Robot provides to investigate your analysis results. Robot result terminology will be explained, directions of forces and stresses are covered, as well as the use of Robot result tables for drilling down into the result information.

Look at code parameter lables in Robot for AISC — 05 and learn techniques for creating design groups to control your member design. Chapter 9 - Structure Modification Robot has some very powerful modification tools.

We'll take a look at the edit menu, how to apply model corrections correctly and how to adjust the structure when needed. Chapter 10 - Beginning Decks and Walls Learn about how to define walls and decks, how to configure materials and thickness, understand panel calculation options, meshing, and reviewing panel results, Chapter 11 - Basic Seismic Analysis Use the equivalent lateral force method to generate a seismic load case for your structure. Chapter 13 - Trouble-shooting Sometimes something goes wrong with a model.

Here are a few tips and tricks to try and help smooth out some of the bumps and give you some tools for investigating and tracking down issues in models. Robobat Group is already represented in 50 countries. Partnership agreement with Autodesk, Inc. Development of the Partnership Agreement with Autodesk, Inc.

While we focus mostly on the two node bar element, multi-node floor, and wall elements here, Robot is also able to perform non-planar shell and volumetric finite element analysis using geometric construction utilities such as extrusions, revolves and Boolean geometry operations.

About the program - 2 Robot key features o Linear, nonlinear and dynamic modal, spectral, seismic, time history, push over, P-Delta, buckling deformation, plasticity structure analysis o working in a multilingual environment 15 languages independently set to user interface, designing and calculation notes o working in a multinational environment designing according to over 50 design codes.

About the program - 3 o frames, plates and shells, plus a powerful GUI modeler and mesher allows the user to define virtually any shape or configuration of structure you analyze the true structure geometry o quality bi-directional integration with Revit Structure, plus integration through IFC, CIS2 etc.

Robot modules Robot is a single product with many functions and a common user enviroment. At launch, Robot presents a window of options to either open an existing structure or to enter one of the design modules.

There appears the dialog, where: o the existing structure project can be selected Projects option : o one of recently edited projects can be indicated o a project saved on disc can be selected Open project option. Robot modules - 2 o work on a new project can be commenced New Project option o one of default structure types can be indicated building, plate, shell or frame 3D of recently edited projects can be indicated o a new project type can be selected More option.

New project option. Basic configuration of the program o The two options, Preferences and Job Preferences, allows the user to set program parameters in the Robot system, are available from the menu by opening toolbar Tools and pressing the appropriate icon:. Basic configuration of the program - 2 Preferences o The Preferences dialog presented below is used to define basic parameters in the program:.

Basic configuration of the program - 4 The most regularly used options are: o languages - selection of regional settings definition of the country whose codes materials and regulations - e. Basic configuration of the program - 6 Job Preferences o The Job Preferences dialog, presented below, allows you to define general program parameters to be used in a given project:. Basic configuration of the program - 7 The most important functions are: o number units and formats dimensions, forces, possibility of unit edition o materials selection of material set, according to the country and the possibility of creating userdefined material o section database selection of the appropriate database with member sections.

Basic configuration of the program - 7 o structure analysis parameters selection of the static analysis method and definition of basic parameters for dynamic and non-linear analysis; selection of analysis types, possibility of saving results for seismic analysis combination of seismic cases o parameters for generation of surface finite element meshes for plates and shells.

Navigation techniques In the Robot software, various mechanisms have been introduced to make structure definition simple and more efficient. According to the type of operation performed, the mouse cursor changes its shape to: o hand a selection mode for highlighting entities o cross pointer - during node and bar definition, to define precise points e. Navigation techniques - 2 o shape of the appropriate feature e. The cursor operation in a viewer by means of the third mouse button or wheel is identical to that in the AutoCAD program.

Navigation techniques - 6 o Once the cursor is positioned in the relevant quarter of the screen, the cursor shape changes. Navigation tool ViewCube o ViewCube is a 3D interactive tool that lets you reorient a view and set the current orientation of a structure model. Navigation techniques - 7 o clicking and dragging the ViewCube lets you reorient the model to different directions.

System menu o The system menu consists of two parts: o text menu o toolbars with appropriate icons. Method of Working with Robot Interface - 2 Options available in the text menu are grouped as follows:. Calculo Vectorial. Little Women. Principios de Ingenieria de Cimentaciones. A Tree Grows in Brooklyn. Sing, Unburied, Sing: A Novel. Tomo 1. Everything Is Illuminated. The Constant Gardener: A Novel.



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