Esteem Structural Software Tutorial
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How to Design a 3D Structural Model Using Esteem Software
Esteem is a structural design software that allows you to create and analyze 3D models of beams, columns, slabs, walls and meshes. In this article, we will show you how to use Esteem software to design a simple 3D structural model step by step.
Step 1: Create a New Project and Input Gridlines
To start a new project in Esteem software, you need to click on the File menu and select New. You will be prompted to enter the project name, description, location and units. After that, you can input the gridlines data sheet by clicking on the Gridlines menu and selecting Data Sheet Input. You can enter the gridline coordinates, spacing and labels for both horizontal and vertical directions. You can also use the pencil tool to draw the gridlines on the screen.
Step 2: Input Beams
After creating the gridlines, you can input the beams by clicking on the Beams menu and selecting Data Sheet Input. You can enter the beam properties such as section size, material, load cases and supports. You can also use the mouse to select the gridlines where you want to place the beams. You can edit or delete the beams by using the Edit or Delete tools.
Step 3: Save, Back Up and Auto Back Up
It is important to save your project frequently to avoid losing your work. You can save your project by clicking on the File menu and selecting Save or Save As. You can also back up your project by clicking on the File menu and selecting Back Up. This will create a copy of your project file in a different location. You can also enable the Auto Back Up feature by clicking on the Tools menu and selecting Options. This will automatically save and back up your project at regular intervals.
Step 4: Analyze and View Results
Once you have input all the elements of your 3D structural model, you can analyze it by clicking on the Analysis menu and selecting Run Analysis. This will perform a linear static analysis of your model and display the results in various tabs such as Reactions, Shear Force, Bending Moment, Deflection and Stress. You can view the results in graphical or tabular form by clicking on the View menu and selecting Graphical Output or Tabular Output. You can also export or print the results by clicking on the File menu and selecting Export or Print.
Conclusion
In this article, we have shown you how to use Esteem software to design a 3D structural model using four simple steps: create a new project and input gridlines, input beams, save, back up and auto back up, and analyze and view results. We hope this tutorial has been helpful for you. If you want to learn more about Esteem software, you can visit their website or watch their YouTube videos.
Step 5: Input Columns
After inputting the beams, you can input the columns by clicking on the Columns menu and selecting Data Sheet Input. You can enter the column properties such as section size, material, load cases and supports. You can also use the mouse to select the gridlines where you want to place the columns. You can edit or delete the columns by using the Edit or Delete tools.
Step 6: Input Slabs
After inputting the columns, you can input the slabs by clicking on the Slabs menu and selecting Data Sheet Input. You can enter the slab properties such as thickness, material, load cases and supports. You can also use the mouse to select the gridlines where you want to place the slabs. You can edit or delete the slabs by using the Edit or Delete tools.
Step 7: Input Walls
After inputting the slabs, you can input the walls by clicking on the Walls menu and selecting Data Sheet Input. You can enter the wall properties such as thickness, material, load cases and supports. You can also use the mouse to select the gridlines where you want to place the walls. You can edit or delete the walls by using the Edit or Delete tools.
Step 8: Input Meshes
After inputting the walls, you can input the meshes by clicking on the Meshes menu and selecting Data Sheet Input. You can enter the mesh properties such as element size, material, load cases and supports. You can also use the mouse to select the gridlines where you want to place the meshes. You can edit or delete the meshes by using the Edit or Delete tools. aa16f39245