Documentation in Revit is relatively easy and intuitive. Switching between views, creating new views, visibility settings, filters, annotation tools – you have everything you need right there in Revit.
When it comes to presenting your model elements on sheets, there are two ways to go about it: model views and assembly views.
Model views are sections, elevations, detail views, callouts, floor plans, etc. where all model elements are visible. Unless, of course, elements are filtered, hidden, or Category is switched off.
The other way is Assembly views. For those, you create assemblies from selected elements, then you can make views of the assemblies, and only isolated assembly elements will be visible.
In this post, I’m going to look at the ups and downs of using assembly views. And show a couple of solutions to eliminate some manual work in Revit.
AGACAD is proud to announce the release of Sandwich Panels, the latest solution to join the ranks of our specialized framing software for Autodesk® Revit®.
Panelized construction in general has become widespread in building design for the flexibility it brings to the manufacturing process and the speed with which panels can be installed on site. Since panels can be prefabricated in automated production facilities, accuracy is increased while cost and material waste are minimized. Once stacked and packed, panels may be sold locally or be bound for a far-flung port.
One type of panel that has surged among builders and designers in recent years is the insulated panel, also known as the sandwich panel. With their short installation time and large unit coverage, sandwich panels have gained popularity among certain building typologies, including storage and manufacturing warehouses, sports venues, shopping centers, and logistics facilities. We are happy to offer a solution for BIM professionals that streamlines the design of buildings composed of sandwich panels in Revit.
One of the great things about hearing from clients around the world in the AEC industry is learning different ways of designing. In New Zealand and some other countries, for example, precast designers have to account for what is called starter rebar, that is, a length of bar at the bottom of the wall panels that is bent into cast in situ concrete.
Revit users can model this one by one using native Revit commands, but that would take quite a long time. With our Wall Reinforcement add-in, starter bars can be generated for all selected walls at once along with all the other necessary rebar. And that frees up structural engineers and detailers to focus on bigger fish to fry.
Follow the three steps below to model starter rebar in your precast Revit project using Wall Reinforcement.
There are certain professional catchwords used in AEC offices, production facilities, and on sites. While they are supposed to get your cognitive problem-solving gears to start turning, they instead make you want to roll your eyes and go do something useful whenever you hear one of them.
One such word is efficiency – a word so overused that the only purpose it has left is to show how serious you are about the matter at hand. Still, we should try to rehabilitate and recapture its objective meaning because, let’s face it, efficient is one thing AEC professionals can agree that the design process should be.
What do we really want to say when we talk about ‘efficiency at the drawing board’ or ‘efficiency on the construction site’? From experience and having spoken with a fair number of architects, engineers, builders, manufacturers, and developers, the consensus is that efficiency is about reducing time spent modeling, scheduling, or inputting information and using it for solving problems instead. Because, to put it simply, a staff’s brainpower can be put to better use than filling in schedules. The people of an AEC outfit are capable of solving design, logistical, technical, and interdisciplinary coordination issues, so that’s what we want to free them up to do.
In this blog post I’m going to go through the key focus areas when it comes to managing BIM processes and Revit models and getting the most out of them. If you’re interested in watching a webinar on this topic, I hosted one in May 2021 that I invite you to watch.
AGACAD is proud to announce the release of Panel Packer, a powerful solution for planning out the sorting, packing, and loading of prefabricated building components in Autodesk® Revit®.
With digital planning and coordination at the forefront of every construction project, off-site prefabrication has become the norm for timber or steel framed houses and precast concrete high rises. Panelized construction in particular is widely used since panels can be designed and documented in a 3D/2D environment, manufactured in automated production facilities, and then transported to the building site.
And that is where our Panel Packer solution for Revit comes in, to help you stay a step ahead in planning all aspects of logistics.
We’re glad to bring you some updates made to Smart Views, our Revit® tool for creating views that are auto-cropped, auto-dimensioned, and auto-tagged. Wherever you need to create views in Revit for walls, structural framing elements, casework or windows, ducts or pipes, Smart Views is there for you since it works with any element.
New features that have been added to Smart Views include making views for multiple elements, isolating elements, and adding tags for selected Revit categories or filtered elements, making this tool applicable in even more situations than it already was.
Our Wall Reinforcement solution for Autodesk® Revit® has been updated with some new features that we’re excited to bring to you. These come as a result of our ongoing communication with users of the software who have told us what they need so that their jobs, specifically designing precast concrete in Revit, can be done even more efficiently.
Among the new features is that you have more flexibility in creating rebar for openings in Revit walls. Opening size can vary, and openings created by Windows Families can be reinforced separately from other openings. Window and opening reinforcement configurations have the same options as are available for door reinforcement.
During the past year, we implemented over 40 updates to our Wood Framing and Metal Framing BIM software for designing walls, floors, and roofs of prefabricated timber and light-gauge steel-framed buildings in Revit®.
These updates include new features, enhanced sample families, and requests made by clients that benefit many of our users. In the spirit of sharing BIM advances, we walk through over 30 of them now in the hopes that this summary will be of use to not only current users but also Revit users generally and those who may be considering making the switch over to a BIM workflow for framing design.
We’ve put a lot of work into our Wood Framing and Metal Framing BIM software over the past year to make sure it continues advancing to meet the needs of architects and structural engineers around the world. Click a topic in the list below to auto-scroll down for more about it.
By the way, we also hosted this webinar in June 2021 that goes over most of the features enumerated below.
In the latest update of our Column Reinforcement plug-in for Revit®, a couple of new features have been added, including the ability to work not only with rectangular columns but round ones well. By way of reminder, Column Reinforcement is a feature of our BIM software for Precast Concrete design.
We developed the two features in this update based on the needs of precast structural detailers and engineers. With our dual goals of reducing BIM stress and securing BIM benefits ever at the forefront, we think these enhancements will prove useful for many more Revit users who need an efficient way to place rebar throughout precast models.
1. Reinforce columns with round sections
In the past, the tool could only add reinforcement to columns that had rectangular sections. Now it’s also possible to define reinforcement settings for round columns.
QR codes and barcodes surround us in everyday life – when shopping in the grocery store, receiving packages at home, or giving a blood test sample at the doctor’s office. Their purpose is to transfer data about an item, so you can track, check, or use it down the road in other processes. Such codes are used in a variety of situations in the AEC industry too, and precast is no exception.
A few months ago we announced that our Sort Mark Revit add-on lets you generate QR/barcodes with any information from the model. Sort Mark creates QR or barcodes as images and assigns them to each element, to the selected Image type parameter.
Sort Mark is an included tool in AGACAD’s Precast Concrete design software, so that means that our Precast users can make codes in a jiffy too. Here’s how! Written instructions follow the video below.
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