Autodesk advance steel 2018 tutorial pdf free download

 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
 
Automatic Trigger Start. In the properties dialog box, on the Joint design tab, Click the Report button. In the properties dialog box, on the Group tab, change the autodwsk of autodesk advance steel 2018 tutorial pdf free download to 3. You can download the PDF file of the Table of Content of this textbook by clicking on the following link:. A blue frame appears and the custom connection is created. Make sure that the section contours, class and name are within acdsee pro 8 valid license key free section frame before using the generating tool. Follow the next steps to create a shear plate connection.
 
 

Autodesk advance steel 2018 tutorial pdf free download

 

This connection can now be saved in the library. Inserting a Railing in the Model A railing can be inserted on top of the beams as well as on top of the stair. You can choose one section at a time or multiple sections, such as the stringer and the landing of a stair within the same action.

The library contains preset templates for different types of railings. Place the UCS in a suitable position. Posts are created in the Z direction. Select the start point of the railing at the beginning of the first beam selected. Select the end point of the railing at the end of last beam selected. Note: The starting and end point should be in relation: Starting point at the beginning of the first beam, End point at the end of the last beam selected.

Select the system line node of the first tread then enter. The railing is created and the properties dialog box appears where you can modify several options. For instance, the connections available on the Post connections tab are different according to the selection for the Post alignment option on the Post tab. Many other values change as you go through the options choosing different styles.

The following are a few of the main options found in the railing macro. NOTE: Double click on a railing element to bring their properties, right click and chose Advance joint properties. Positioning the posts and rails Many different options for the post position are available in the properties dialog box, in the Posts category.

On the Post tab: The Section class and Section fields allows you to change the type of section to use and the size for the posts. The Post alignment field allows you to choose whether the post is connected on top of the stringer or on the inside or outside of it. The Post offset along rail axis field allows you to choose each individual post of the rail assembly and offset it to the left or to the right to avoid any clash with the tread connections or simply for a On the Post layout tab: more customized position.

The Prefer distance 1 and 2 option locks whether distances 1 and 2 are used or distance 3. If selected the distance between the posts is equally spaced using a maximum distance. The Calculate distance for each beam option allows calculating the values per section or for the entire railing flight. Note: Distances 1, 2, 3, 4, 5 are, as shown in the image, on the right side, but they vary as other options affect the way they are referenced.

Example In the following example, the first figure shows the result using the Calculate distance for each beam option and the second figure shows the exact same rail with the option not selected.

It calculates the distance for the entire railing. The first figure shows the result using the Prefer distance 1 and 2 option and the second figure shows the exact same rail with the option not selected.

The difference is also visible when the railing is positioned on a single beam. Creating a different railing type Many different options for the rail are available in the Handrail category. On the Top handrail tab: The Section class and Section lists allows you to change the type of section and size for the top handrail. The Distance from top of beam field allows you to set the height of the top hand rail from the beam. Note: Remember the distance between the nosing of the tread and the top of stringer if the dimension needs to be according to the nosing.

These are a few settings to verify so that you can create the desired spacing between the handrails. It is also possible to create multiple railing instead of one long flight. For all the options you will see different preferences on tabs for horizontal or slopped beams. You can enter different values for the stair stringer and the landing, for example, the kick rail, the top rail, the middle rail, the connections and many others. Example There are two examples using the middle rail: A horizontal rail type:.

End connection for railing Many different options for the rail end connections are available in the Handrail category: On the End of handrail tab: The Connection type field allows you to change the type of the connection to use for the End of the handrail. The Use formula 1.

In combination with the position of the post as well as the quantity and position of the middle rail you can end up with different styles. The following are some examples of rail endings such as:. Creating a railing connection to the stringer The connection to the stringer can be a simple weld on top of the stringer or different kind of connections. Depending if the section is a W, MC, C, or flat, you have the option of connecting the posts on top or into the web.

The Post connection tab; Select the connection type of your preference. The options vary depending on your choice for the post alignment located on the Post panel. The Connection parameter tab allows you to modify the position and distances for the horizontal stringer. The Slope connection tab allows you to select various options for the connections on top of a sloped stringer.

When creating connections between the posts and the stringer, different options are available. When you choose Post alignment Left or Right more choices from the post connection tab are available. The following are some examples of different types of pre made post connections to the stringer from the Library. Creating a grab rail A grab rail can be created from many different sections with different ways to connect it to the post.

The height for a horizontal or sloped rail is also available. In the properties dialog box, in the Hang off rail category: The Grab rail tab allows you to select the grab rail section and size.

The Grab connector tab allows you to select the connector section and size as well as having the connector mitered or curved. The Position tab allows you to set the positioning values for the hang off rail. The Grab rail end and Grab rail end end tabs allow you to select how the grab rail will start and finish.

Select the Use poly beams option box to create a continuous grab rail of one piece. Various types of railings are seen below. Inserting user parts and modifying a railing You might need to use other tools for special situations that can be used for railings, such as bent hand-railing, stair footing, endplate with coping, shear plate, platform splice, angle connection, railing anchorage, and bolted end plate. Suppose there are two railings at different heights which should be joined using an additional part.

First create an additional profile between the rails. In the Connection Vault, Miscellaneous category, click. Select the two parts to join, entering after each selection. The bend is created and the properties dialog box appears. You can choose the preferred options and save the settings in the library. In this example, join the top rail using Knee and the mid-rail using the Miter cut. User sections are non-standard profile cross sections.

After creating a user section it may be used the same way as any other section in the system. User sections are created in two steps: 1. The second step is the actual definition to generate the section by a command and identification of the drawn elements. The information is proofed, for example, the contours are not permitted to overlap.

The section is then available in Advance Steel. Accessing user section tools The user section tools are on the Extended Modeling tab, User Section panel.

User Section Creation 1. Open a new DWG file using an imperial template. Set the Top view with the View Cube. On the User section panel use the Change layer to activate the corresponding layer and the Tools to draw the section components. Creating a frame and contours The definition frame must include the entire section contour with all its information. It is required to generate the section. On the same panel, click to specify the start and end points for the rectangle to define the frame.

The frame is the work space in which the section is created. On the same panel, click to activate the section outer contour layer: 4. Create the outer contour, it must be a closed polyline, a circle or a rectangle.

The outer contour defines the standard representation of the section in the model and should not include too many details. The exact outer contour defines the exact outline of the section that is used for clash checking, drawings and weight calculation. Draw it on top of Outer contour. If similar, copy the Outer Contour, put it on the Exact Outer Contour layer, make the required modifications, then move it on top of the Outer Contour.

On the same panel, select to activate the Inner contour layer. The inner contour is necessary, for example, to create hollow sections. Draw the inner contour inside the exact inner contour. On the same panel, select to activate the Exact Inner contour layer. The exact inner contour defines the exact outline of the hollow section that is used for clash checking, drawings, and weight calculation.

If the exact inner contour is different from the inner contour, you can draw it using a closed polyline or copy the inner contour, and make the required modifications. You can use the all drawing features to modify the exact contour. For example, create a chamfer or fillet. On the User section panel, select icon to create the text for the Section class. Some special characters such as comas and exclamation mark should not be used. You can use the inch mark. Select a point inside the frame, when prompted for start point of text.

Enter the text, then to finish, select a point in the frame then hit the Esc key. On the User section panel, click to activate the section name layer. Select to create the text for the Section name. This text should include the section type and size. You can define many section names in the same section class. On the User section panel, select to add the coordinates systems that are displayed when using UCS at object.

Select a face from the outer contour; the Z-axis is placed along that face and the coordinates system is inserted. Insert them in a clock wise position. If you are having difficulties placing the system coordinates, turn off the exact outer contour by selecting it, right click; from the contextual menu, select Isolate then hide object. Remember to end object isolation when you are done adding the system coordinates.

Adding a references axis System lines The reference axis position is used to move the section around the reference line on the Position tab in the properties dialog box. There are 9 possible locations for the system line within the profile. These points can only be placed on snap points of lines.

The reference axis symbols are oriented according to the element they are placed on. On the User section panel, select and click icon and the corresponding button to add reference axes to the outer contour axis.. Generating a section The section is now ready to be generated.

Make sure that the section contours, class and name are within the section frame before using the generating tool. On the User section panel, click and select the section frame then enter, select OK.

After generating the section, you will receive a confirmation that the section was successfully created.

On the User section panel, click and all section are selected. This tool works even if you only have one section in the drawing. After generating the section, you will receive a confirmation that it was successfully created.

Save the file then close the drawing. Create a section in a new drawing then double click on it to bring the properties dialog box. Select All, scroll across to the expansion arrow, then down until the previously created user section is visible. Select the section name. The other section is instantly changed to the user section you created. Adding a User defined tread to a stair macro.

You can add a custom tread to a stair macro by naming the section class User defined treads. You can then name the section name which contains the section size according to how you want it represented on BOMs and the properties of the tread. You will change the section class name to User defined treads. When defining the section class, it must be named User defined treads. Name the Section name accordingly. Add your system coordinates and reference axis then generate your section.

Save your section, close it and Update defaults from the Settings panel of the Home or the Tools tab. Select the Tread dimensions 1 panel. Select the expansion arrow adjacent to the User defined treads. Note: To have angles attached to the stringer, select tread type to 24 and from the Tread Dimensions 1 tab choose your userdefined section.

You can modify the positioning as well as the size of angle from the Tread Dimensions 2 tab. Type USR in the field. Navigate to the profile, right click on the heading and from the contextual menu, hit delete. The special parts must be 3d AutoCAD solids.

You can find a library of AutoCAD 3d special parts drawings located in the Symbols folder located in:. A special part can be created at any scale. When Advance checks for identical parts, different scales for the same special part are not considered. This means that a special part can get the same position number at different scales.

It is recommended to draw and create special parts at scale. When creating a special part make sure it is created on layer 0 as a 3D Solid and the color is Bylayer. This insures that the special part will be inserted on the Special parts layer. Special parts can be welded and bolted to other Advance objects. The information for the special parts is stored within the cuboid or intelligent box. If you want to have a set of objects considered as one entity, you can save those objects in a separate.

The Special part entity is considered as one part will get a single part mark , and can be part of an assembly. The information of special parts is exported to the structured BOM and it’s considered during drawing creation. Special parts have properties that you can modify in the properties dialog box, which automatically opens after inserting a special part in the model. Multiple parts welded together will result in an assembly, but they will still be “separate” parts in terms of modelling, and they will be single parts as part of an assembly.

If you want to have a set of objects considered as one entity, you can save those objects in a separate dwg and then use the “Insert Special Part” command to insert the component in the model.

The Special part entity is considered as one part will get a single part mark, and can be part of an assembly. All the objects inside Advance Steel objects or AutoCAD objects will no longer be individual parts, and you won’t have any editing power over them. Exercise 1: Add a special part to a railing.

Open the model of a straight stair. Move the UCS to an appropriate location where you want the wall bracket. For this example, at the start of the handrail, use the node of the system line for the location.

Select the Advance steel special part icon. You will be prompted to select a central point. Select the node of the system line of the Handrail or type 0,0,0. You will receive a warning. Just select OK. Select the Browse button and navigate to the Rail end cap. The special part Wall bracket is inserted at the end of the handrail.

You can move the wall bracket after it is inserted. You can add an end cap by rotating the UCS accordingly then use the Special parts tool to insert it. Exercise 2: Add a special part to a railing post. Open the model of the Access platform. We will put a special post connection on the end of the post then move it to a new location.

Select the node of the system line of the post or type 0, 0, 0. Select the Browse button and navigate to the Post connection you deposited in your symbol folder located at:. The special part Post connection is inserted at the end of the post.

You can position, rotate and copy the post after it is inserted using the Advance copy tool. Add materials, coatings, get the weight from a catalog. Please note the 3D solids in this exercise are supplied from Graitec Fundamental Training files package for those enrolled in the Basic trainings. Prefix settings Advance Steel allows you to customize numbering for both assembly and single parts. You can create automatic rules to create the part marks that will be appended during the numbering process.

Advance Steel provides a configuration page where prefixes for all objects can be set and configured, based on the model role e. Predefined prefixes are grouped in the Advance category, no modification of the elements is possible in this category. The User category is a copy of the Advance category where new prefixes for the model roles can be modified and defined.

The prefix for the model role of the model object can be set by Single Part or by Assembly. User: settings are stored in Advance Steel files, and can be reused at any point by the same user on multiple projects. These settings are stored in the Astorbase.

If the customer has only one generic rule for prefixes, used in all projects, use the existing Default category. If you and or a client uses different rules for prefixes based on various projects, you can create multiple profiles inside the User category. The profiles can have any relative name for the project or client. Only one profile can be active at a time. Project: the configuration is stored within the model file itself. It is project specific.

Any changes done to the project category will not affect the Advance Steel configuration files. Therefore, this is not shared with other projects or other users. Instead, the entire prefix configuration will be available when opening the respective model file on any computer inside or outside the company.

This category cannot be set as preferred, and it will always be used when numbering is applied to the respective model. Select the New icon in the upper left corner of the prefix configuration properties.

Type the name of the Company, project or clients profile accordingly. Select the sub category name 2. Select the Copy icon. Select the expansion arrow and scroll to User Data. Select User data. It will be appended to the Model role list for plates. The numbering detects identical pieces and assigns the same part mark to them.

Note: The numbering for single parts and assembly parts can be performed in one step or separately. Unless both single part and assembly numbering are done together recommended , then single part numbering must be done first. Objects that are pre-selected will be numbered, however it is best to number the Reuse unused marks-If you edit a You can create standard parts with entire structure. SP: , , NOTE: The standalone parts are numbered using same numbering rule defined for the Single Use column orientation for To remove a standard template, delete it parts.

Post Numbering methods The post-numbering method is set from the selection-box at the top of the Numbering dialog, and offers the following options:. Assembly Group: The numbering automatically assigns the assembly mark to the single part mark of the main part. The main part gets the assembly number for its part number. This setting assigns the single part marks in relation to the assembly part. The single part mark includes the assembly number and refers to the assembly where it was first detailed.

Example of how it works: A model has 3 different assemblies numbered: B, B and B All the above marks were a result of a standard numbering, without any post-numbering method. The reason is:. As the element is still identical to the attached part from assembly B, it will keep its name. The attached parts will take the assembly mark in an ascending number order, and once set, it gets reused for all the other assemblies.

If the attached parts would be different as single part marks between assemblies, then this rule would allow a very good grouping of part marks, where, just by checking the attached part mark, would give direct information which assembly it belongs to.

None: No special setting. No extra rule is implemented. Part numbers and assembly numbers are not related in any way. With this option, the single part numbering and the Assembly numbering must be done at the same. Advance Steel forces this by disabling the other check boxes. You can remove the numbering from a selected element or the entire structure. If you remove the numbering from an element that is grouped, use the Ungroup identical parts tool.

If drawings were already created do not delete the drawings, just use the Force update to have the new numbering process apply. This setting assigns the same mark for the single part SP mark and assembly mark of the main assembly piece.

The single part mark for the biggest part of the assembly is assigned the same value as the assembly mark instead of having an individual single part mark. Example of how it works: A column assembly C, has the single part mark number: c for the column beam, and p for the base plate. Due to this, the main element in the assembly for example the column beam element will not get a single part drawing to generate its single part mark, so it will remain as internal.

The single part mark for the standalone parts is assigned the same value as the assembly mark instead of having an individual single part mark. This method only applies to standalone elements e. This method will simply set the same single part mark as the main part mark, regardless of the single part main numbering method.

Assembly pieces that have nothing welded to them in shop get the same piece mark as the single part SP and assembly number. For example: selecting the value 2 for this option will output part marks that have only one decimal as 01, 02,03 and so on. Once the part mark reaches 09, it will continue with 10, 11 and so on, so this option will no longer be applied. The option is also not applied if we for example set it on 4, and then set the start mark at The number already has 4 decimals, so the numbering will simply assign , , ignoring this option.

A very often used method, this allows Advance Steel to number the elements based on their position on the drawing, creating a strong relation between the element part mark the drawing on which the object is detailed. The numbering will then perform the automatic identical part detection, grouping the identical parts and assemblies, and then assign a placeholder mark to those group of elements, generically called internal, internal1 and so on.

The placeholder number is a valid number, its role will be highlighted in the next step. When a drawing is created, Advance Steel will automatically assign a drawing number, which is unique per project. The start drawing number can be controlled for example during process detailing, or individually per object if the detailing is performed manually, with Drawing Styles. The process is done automatically during detailing, so once the drawings are created the part marks are updated to match the new drawing numbers.

Based on the Drawing style configuration, the single part or assembly drawing styles will first ask you to select the object s to be detailed. When creating drawings using a Drawing style process, a dialog will appear. From this dialog, you can choose between two options to create the detail:. To see if the Windows Defender Firewall default policy is enabled:. Press the Search button on the task bar, type command prompt , right-click Command Prompt , and then select Run as administrator.

Run the following command from the Admin command prompt:. To reset the firewall policy to the default, run the following command from the Admin command prompt:. Here are some examples:. Bit Defender Internet Security : Update to the latest version or visit:. Panda Internet Security : Update to the latest version or visit:. Solution 4: See if the Windows services required for Xbox multiplayer in select games have been changed from their default values. To see if the required Windows services are enabled:.

Select the Search box on the task bar, type services , and then select Services. If any of the services have been changed from their default values, you can set them back to their default values by following these steps:.

In the Properties window, select the default value from the Start-up type box. Under Service Status , select Start. Select OK to save the changes.

Some apps reconfigure your PC settings to try to optimise performance and will disable Windows services in the process—sometimes this affects one or more of the four services listed above. If you use one of these optimisation apps, make note of any service configuration changes it makes, as you may need to revert those settings to use Xbox multiplayer in select games.

Your PC will need to have an accurate date and time value to be able to establish a Teredo connection. Under Set time automatically , make sure the button is set to On. Solution 6: See if your PC has a firewall rule blocking Teredo network connectivity.

To check if this rule is set on your PC and disable it:. If you get the following message, the firewall rule is not on your PC:. No rules match the specified criteria. If you see a different message showing a firewall rule, run the following command from the Admin command prompt:. Did this resolve the issue? Yes No. Still need help? Request a call, chat online, and more. Subject to change. Disability answer desk Accessible help and resources to get your Xbox questions answered.

Get answers. Automatic Trigger Start. IP Helper. Xbox Live Auth Manager. Xbox Live Networking Service. This plugin helps managing groups of level indicators, often used in architecture and building design.

However, you cannot sell or distribute it for profit, nor you cannot decompile and use the code without explicit agreement with us. Beware: this is the final release.

Hi is it compatible with AutoCAD? Hi Fabian, the version has been already submitted to Autodesk for testing and approval. Normally this process takes a few days, but with all the lockdowns around the world, I guess it will take a bit more. Come back in a few days and check the compatibility in the right side of this page. Working under Civil3d is possible, write me at support quit3. Very useful plug-in with a very intuitive user interface. I love group dependencies function. Thank you Cicognani.

Sorry to hear you have problems. Has been downloaded thousand of times and even tested by Autodesk before release. Can you send an email with detail of your problem at support quit3. I will try to help you with great pleasure. Easy to use and useful for our application vessel elevation.

User-friendly and nice interface with more styles to be added. Very good. Easy to use and accurate. If your drawings need to represent dead-nut accurate elevation to surrounding objects, this is the app for you. If I move anything in elevation I can see exactly how high or how low with just a glans. Carousel Previous. Carousel Next.

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Is this content inappropriate? Report this Document. Flag for inappropriate content. Create the beam starting point at WCS then select the enter key. The beam is created and the properties dialog box appears. Section: Class Type Size. Beam and Plate 1. On the Tool Palette, Features category, click Shorten. Select a point on the beam end to process. Plate features A shortening is created and the properties dialog box appears.

Cope at a beam end Insert a cope at the other beam end. On the Tool Palette, Features category, click Cope. Select a point on the beam end to modify. The green contour of the shortening feature is displayed and the properties dialog box appears.

The NC can override the cope settings only when the cope type is straight. Select the beam. Define the contour center by entering the coordinates 0, 0, 0 at the command line then hit the enter key.

A standard circular contour is created and the properties dialog box appears. On the Objects tab, Beams panel, click the Split beams icon.

Select the beam, enter. On the command line, type G gap to define the gap size then enter. Select an osnap point where you want the split then enter. The beam is split. On the Objects tab, Beams panel, click the Merge beams icon.

Select the left part of the beam and then the right part of the beam, then hit the enter key. The beams are merged. Displaying beam features processing 1. In the properties dialog box on the Display type tab, select the Features radial button. The features are displayed as green contours.

Select the beam then position the CS as shown. Deleting a beam processing 1. Select the shortening feature. Press the Delete key. Shortening a beam 1. Select the shortening of the copied beam from the previous step. In the properties dialog box, define 0 for Y. Select the circular contour. Select the middle grip point of the circular contour.

Drag the grip point in the —X direction. Creating an additional cope Create an additional cope at the same end of the beam but on the adjacent flange.

Select a point on the beam edge without a cope. The cope is created with the last values that were entered. On the Tool Palette, Features category, click Bevel cut.

Select a point on the beam edge. The green contour of the Edge processing feature is displayed and the properties dialog box appears. On the Tool Palette, Features category, click the corner cut icon. Select the corner of the beam flange to cut. The plate chamfer is created and the properties dialog box appears. The default chamfer is modified with the new values.

First use the Quick view on object tool located on the Quick view category to create the preferred view. Select the arrow at the left of the red system line. Create a polyline as seen below. Select the beam to apply the contour then type P then enter, select the polyline enter.

The customized feature is created. You can size the feature by grip points if preferred. Enter 0, 0, 0 as central point of the plate. The plate is created and the properties dialog box appears. Corner cut chamfer For this exercise you will create a chamfer on the corner of the plate. Select the upper right corner of the plate to add the chamfer to it. Make the following settings:. On the Tool Palette, Features category, click. Rectangular contour, center.

Select the plate. Select the center point symbol of the plate feature or type 0, 0, 0 if your UCS was placed at the center of the plate. The rectangular contour is created and the properties dialog box appears. Displaying the plate features 1.

To display the features, select the plate. Right-click and select Advance Properties from the contextual menu, additionally you can double click the plate to invoke the properties dialog box. In the properties dialog box, on the Display type tab, select Features.

The cut feature is static, meaning the feature does not move regardless of the applied modifications. Select the second plate. First, place the UCS at object, meaning the first plate. Select the top middle CS as shown in the figure below. Select the lower end points of the polygon as depicted in the figure and press enter when done.

Move and rotate the current UCS so that the X axis of the coordinate system is parallel to the longitudinal bottom edge of the first plate and at the end point of the corner cut feature. The Y axis should point upward. Enter 0, 0, 0 as the start point of the plate on the command line and press enter then select the symbol.

Drag the mouse pointer in the Y direction and define the coordinates on the command line: 4. The vertical plate is created and the properties dialog box appears. Note: AS should keep the last value entered for the thickness.

Modifications 1. Select the vertical plate, using the grip points drag the plate end to the new corner cut feature end point in the positive X direction. Select the large, vertical plate. Select the first point of the split on the upper inside of the plate. Use the midpoint snap mode. Select the second point of the split line on the lower inside of the plate.

Use the nearest snap mode. The plate is split into two plates. The plates are merged. Again, take note of your endpoint osnaps if your plates did not merge. Select the plate, right-click. Before starting: The UCS should be set to world. Select the split plates by 2 points icon.

Select the splitting point at the midpoint, of the far side of the plate then enter. Select the splitting point at the midpoint, of the near side of the plate then, hit the enter key. On the Tool Palette, Features category, click Bevel cut icon. Select the side of the plate to create the chamfer weld preparation. The weld preparation is created and the properties dialog box appears. Using the same process, create a chamfer weld preparation on the other plate, as well.

For a more realistic presentation, change Visual styles from the visual style control icon in the top of the drawing area. Weld preparation with U shape — fillet Using the same example the two plates , create a fillet weld preparation with the same feature.

On the Tool Palette, Features category, click the Bevel cut icon. Select the side of the plate to create the fillet. The fillet weld preparation is created and the properties dialog box appears. Using the same process, create a fillet weld preparation on the other plate, as well. In the properties dialog box, on the Display type tab, select the Exact with weld preparations option to show the resulting exact plate shape with bevels or fillets at the edges.

UCS should be set to world. On the Tool Palette, Features category, click Miter feature 2. Select the inner edge of the first plate and right click. Select the inner edge of the second plate and right click. On the properties dialog box, miter is selected by default as the type mode. The miter cut is created. Double click on the gray intelligent box to view the properties of the miter feature.

Place the UCS mid between the web of top flange. To insure correct rotation of the plate, make sure the X is facing your right hand. On the Tool Palette, features category, click Cut at object icon.

Select the beam and enter, then the plate at the lower edge and enter. On the properties dialog box, select the Saw-cut Flange method. Before starting First, create two plates as described below: 1. For the first plate, use the rectangular plate center. On the Objects tab,. Plates panel, and click the Rectangular plate center icon. Make the following settings: 2. Create another Rectangular plate by three points , sloped to the first plate and drag a grip point to extend the plate.

On the Tool Palette, Features category, click Cut at object icon. Select the boundary plate, the horizontal plate then enter. Select the plate to cut, the rotated plate then enter. The properties dialog box appears, Saw cut—flange is selected by default as type mode. Select Switch side, to change the side of the cut if it is not on the desired side. Before starting 1. Set your UCS to world then move it on top pf the plate.

Next, split the plate at the lines, using the splitting tool. The Gap should be set to 0. Select the plate then enter. Select the first line then the second line then enter.

The plate is split. Delete the construction lines. Select the first plate smaller near the edge to connect. Select the second plate middle near the edge to connect.

Select the second plate middle plate near the edge to connect. Select the third plate near the edge to connect then enter. Enter — 45 in the angle field. Conical plate — contour To create a conical plate by contour, draw 2 circles in parallel planes using the Advance Steel drawings tools on the Home tab Draw panel.

On the Objects tab, Plates panel, click Create conical folded plate icon. Just hit the Enter key, as shape type: C Contour is the default.

The properties dialog box appears. Define the number of facets per corner: Set the justification at: 1 8. Select OK. For a more realistic presentation, change Visual styles from the icon on the top left of the drawing window. Conical plate between two different section classes To create a conical plate between beams, first create 2 sections and modify their properties, as follows:.

On the command line, type: B and press Enter. Select the HSS square. On the command line, type: B press Enter. Select the HSS pipe section. The properties of the Conical folded plate dialog box is displayed. In the properties dialog box, define the number of facets per corner: 8. Twisted plates To create a twisted plate, create two polylines containing arcs, in parallel planes, using the drawings tools on the Home tab Draw panel.

On the Objects tab, Plates panel, click Create twisted folded plate icon. Select the lower polyline then the polyline above then enter. The twisted plate appears. To make a plate from an ellipse:.

Conical plate with hopper and chute To create the conical plate with hopper and chute; 1. Draw 2 circles at 0, 0, 0. On the Objects tab, Plates panel, click Circular plate. The Circular plate is created at 0, 0, 0 and the properties dialog box is displayed. Click Save, click OK. On the Objects tab, Plates panel, click then enter. The properties dialog box is displayed. Fill in the fields as in the figure below. Create the second transitional.

Fill in the fields as seen below. Select save then OK Chapter 5. NOTE: You can delete the features to create a rectangular plate. Move and rotate UCS as shown, on top flange of beam. Plate 2 is placed at the beam end. Plate 3 is placed on Plate 2. Creating a bolt connection Within Advance there are a range of options to create and modify bolts.

The bolts automatically create holes, which are visible by default. The holes can be changed on the bolts properties dialog box. To create the plate on top of the beam, select the rectangular plate, 3 points tool. Create the plate on top of the beam flange. On the Objects tab, Connection objects panel, click the bolt pattern, Rectangular 2 points icon.

Select the upper plate then the beam, and enter. Define the rectangular area on top of the plate for the bolt pattern by selecting two diagonal points. The bolts and holes are created and the properties dialog box appears. For a more realistic presentation, change Visual styles from the icon on top left of the screen, or on the Ribbon, Home Tab. Creating a welded connection Connect the beam and Plate 2 with a weld point then connect Plate 3 to Plate 2 with a weld point.

The Weld location for Plate 3 and Plate 2 should be set to Site for this exercise. On the Objects tab, Connection objects panel, click the Weld point icon. Select the beam then the plate 2 then enter 3. Select the insertion point for the weld on the node point of the beam web system line Select the insertion point for the weld on the node point of the beam web system line.

Define the insertion point of the weld mid between both plates center points or according to your company or client standards.

Display connected objects icon. On the Tool Palette, Selection category, click 2. Select the beam, then enter. This tool shows what elements are attached to the beam. The bolts, the beam and the plates are marked in red. Clear marked objects 1. On the Tool Palette, Selection category, click Icon.

Additionally, you can type RE in the command line then hit the enter key. Display objects connected in shop Display objects connected in shop 1.

Select the beam again then enter. All the parts connected in shop Bolts, plate, and beam, are marked in red. Plates 2 and 3 are not highlighted because on the Weld main tab, the Location field shows they were welded on Site not shop. NOTE: To clear the markings and show what connection elements are connected to the selected beam or column, click. Creating an additional bolt pattern 1.

Delete the weld between Plate 2 and Plate 3. Move and rotate the UCS to the lower left corner of plate 2. Select Plate 2 then Plate 3 then Enter. Define the rectangular area for the bolt pattern by selecting two diagonal points on Plate 2 The bolts and holes are created and the properties dialog box appears. In the properties dialog box, make the following settings:. Creating a bolt pattern on a gauge line 1.

Change the Visual styles to 2D Wireframe. Delete the bolts on Plate 1. On the Display type tab, select the Exact. Select the beam and the plate, then enter. Select the start point at the node of the gauge line of the flange top. Use the nearest osnap for end point.

Additionally, you can use reference lines. The bolts and holes are created along the gauge line and the properties dialog box appears. Chapter 6 Quick Connection. Quick Connection Tools are provided to define connections for any situation in a project. According to the settings, the joints are designed and Advance automatically creates all connections to the project model. These tools help to avoid errors in the modeling part. Before starting the Quick cut tool, create a copy of the model to connect.

Once the cut list is created, you will not be able to use the quick connection tool on the profile as they are marked as already connected. Quick cut — automatically creates all necessary shortening and copes before starting the connection process.

It cuts all the profiles which gets a close representation of the final result. You will then be able to create a preliminary material list for purchasing purposes. The Model role must be defined in the properties dialog box. It affects the section type and creates the appropriate cut for it.

Quick connection all — allows you to define the connections for the various framing situations. Especially useful when creating and designing a chain of hotels or restaurants or similar projects. The profiles are automatically cut to the web and flanges of the structure. This creates fewer clashes. Creates the framing with model roles column, beam, bracing etc. Advance groups profiles User group profiles customized set by default by the user. Default settings category List of profiles in the current Rule column North America group.

It can be copied, renamed, deleted and set as current. The Connection rule category allows you to define the rule to apply to each condition: The type of the profile e. The shape of the profile e.

The orientation of the profiles e. The position of the main profile e. Configuring quick connections — Example The next example describes how to define the connection to be used between a wide flange beam and a wide flange column. Follow the next steps to create a shear plate connection. From the Extended modeling tab Joint utilities panel, select the Configure quick connection icon.

Select the Connection rule category. Select the User group expand North A 3. Select Beam to column. A wide flange beam to a wide flange column. Connecting perpendicular to the flange of the column. Click Apply, Use then OK.

 

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This textbook covers in detail узнать больше tools that are used to generate 2D detail drawings and fabrication drawings of the 3D structural model created in Volume 1 of this book. You will learn how to use drawing processes as well as drawing styles for generating the 2D documentation.

The author has also covered the process of validating the structure model and checking it for clashes. The following are some of the salient features pddf this textbook:. Click here to Order the Book. You can download the PDF file of the Table of Content of this textbook by clicking on the following link:. Table of Content. The author has provided all the files required to complete the tutorials in this textbook. These files can be downloaded by clicking on the following link:. If you have an Advance Steel support question, please send an email to steelsquad autodesk.

When sending a support email to the Steel Squad support, please include the following:. To access the Videos of this book, please email me your proof of purchase, such as tax invoice or purchase receipt, at “deepak deepakmaini. The following are some of the salient features of this textbook: Complimentary access to more than minutes of videos covering all tutorials in the book pages of in-depth coverage of autoresk tools to generate detail drawings of the 3D structural model.

Detailed discussion of pdr to validate the structural model for modeling error and checking the clashes in the model. Detailed discussion of creating custom prefix configuration for numbering. Covers in detail the process of generating the 2D drawings using drawing processes as well as drawing styles.

Covers basic customization of drawing processes. Covers basic customization of prototypes and BOM templates. Autodesk advance steel 2018 tutorial pdf free download and Notes http://replace.me/16085.txt additional information about the topic in discussion. End of chapter skill evaluation to review the concepts learnt in the chapter. Complimentary access to the teaching resources for faculty members. Answers to Class Test Questions for the faculty members.

You can download the PDF file of the Table of Content of this dowmload by clicking on the following link: Table of Content Accessing Tutorial Files The author has provided all the files required to complete the tutorials in this textbook. These files can autodesk advance steel 2018 tutorial pdf free download downloaded by clicking on the following link: Tutorial Files. To know more about Advance Steel, visit the Steel Squad Directx for windows 10 bit If you have an Advance Steel support question, please send an email to steelsquad autodesk.