Manuel dutilisation autodesk robot structural analysis professional 2014 pdf free
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Publication date. November 22, See all details. Next page. Customer reviews. How customer reviews and ratings work Customer Reviews, including Product Star Ratings help customers to learn more about the product and decide whether it is the right product for them.
Learn more how customers reviews work on Amazon. Top reviews Most recent Top reviews. Top review from the United States. There was a problem filtering reviews right now. Please try again later. It just a product brochure. Verified Purchase. It is not a book to learn how to use the software. It is just a 28 pages commercial product brochure, describing the user interface menus and the features each menu offers. Nothing can be learnt from it. See all reviews.
Your recently viewed items and featured recommendations. Back to top. Get to Know Us. Make Money with Us. Now I love driving in Boston and I also think you'll have a lot of fun with this powerful tool.
No practicing structural engineer I have ever known, would swap out a structural analysis package without a thorough investigation of the capabilities and not until having gained a thorough understanding of the settings and their effects on the outcome of the analysis and design. The list of capabilities and configuration options is mind-numbing. We will not cover advanced analysis types e.
For the topics we cover, I will try to give a thorough explanation of the essential functionality with enough detail that: you can make good progress. We will leave advanced topics for another text. Please see the section on Further Reading for suggestions on additional texts which can help you with the finer points of Finite Element Modeling. The truth is that we, as a profession, have done extensive research to understand the statistical probabilities of load variation, material variation, and to understand the limits of our ability to analyze structural components.
This book presumes that you are already familiar with and proficient with both the process and science of building structural analysis by the finite element method. It should be said here that, while Robot Structural Analysis is a very powerful tool for building structural engineering, it is a tool which requires a strong foundation in the engineering principles behind FEA and using it without understanding the principles behind it can lead to unsafe designs and very bad consequences.
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. Wind loads can also be generated for simple structures according to several different building codes. With over 60 section and material databases and 70 localized design codes supported by Robot, you can work with country specific member shapes, materials and design codes.
Robot can also export directly to AutoCAD Structural Detailing to facilitate steel detailing, concrete reinforcing detailing, and formwork detailing. There are techniques for simulating this type of design with tension-only cables though the Process is somewhat tedious and may not be the type of project you necessarily want to attempt with Robot.
Serviceability design iteration: A somewhat smaller issue is that in design of steel, designs can only be performed for either ultimate or service at one time which leads to a somewhat iterative process of design and checking, then redesign and re- checking. Because Robot allows several design optimization options, design currently cannot be performed for both service and ultimate at the same time. This virtual wind tunnel will allow you to get a powerful view into the behavior of wind around your structure and potentially inform your design in areas where there are higher than expected pressures.
Imagine gaining confidence in your code wind loading analysis by running a virtual wind tunnel and seeing that you have sufficiently modeled the wind loading on the building.
Full loading is automatically created on your structure according to the analysis. This is really the beginning of real simulation tools for structural engineers to help us design safer structures than we have ever been capable of before. Block Lanczos solver: In simplest terms, the Block Lanczos solver increases the speed and efficiency of dynamic calculations in modal analysis.
It is one of the most. Improved bi-directional model data exchange between Autodesk Revit Structure and Robot Structural Analysis: Autodesk had produced a much more robust method of interchange of data based on an interchange format called SMX Structural Model Exchange.
Other advantages of the SMX format include enhanced change tracking and smaller, more efficient, file transfers. Joists and Joist Girders are primarily used by North American engineers. Cut By Plane: A new editing tool which will allow the user to divide contour edges, create nodes at intersections of a plane and objects in the model, split objects by a plane as well as cut objects by a plane.
Simply clicking on one will open that model. You may also choose Open Project Shell Design: All tools except volumetric extrusions available. Frame 2D Design: Tools optimized for 2D frame work. Supports only have 3 degrees of freedom, no cladding tools, but snow and wind load calculators are available. Volumetric Structure Design: Shell design tools with additional volumetric extrusion and volumetric results exploration tools.
Plane Deformation Structure Design: A simplifying set of assumptions used to model elements supporting only loads perpendicular to its long axis and the long axis dimension is Significantly larger than its cross sectional dimensions. This type of analysis can be used when both the part and the loading are revolved about the same axis. Some typical applications ofthis type of analysis are thick-walled cylinders or similar pressure vessels RC Elements Design: Independent module for reinforcement design of columns, beams, walls, floors and isolated footings.
Connection Design: Independent module for designing steel connections. Parametric structures may be inserted in the other standard design configurations as well. You will find that as you move between different structure types that certain menu items, layout selectors, and available views will change dramatically. From Robot start page, select Open Project You can recognize this by moving the cursor around the model window. Here are the major parts of the user interface!
Autodesk Robot Structural Analysis Professional. Robot Lesson. Autodesk Robot Structural Analysis. The Insects. Structure and Function. Autocad Structural Detailing Brochure. Robot Training Manual Eng Autocad Structural Detailing Bewehrung Tutorial. Robot Training Manual Metric.
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