What are the principal advantages of creating a conceptual design model using masses before diving into the detailed design and building element modeling?
Starting with a conceptual model using masses makes it easier to try out ideas for the building’s shape, size, and layout before getting into detailed elements. Massing lets you quickly test different forms, see how the building fits in with its surroundings, and get a sense of basic spatial relationships. You can also explore things like sunlight and airflow early on, making sure the overall design works with the site and project goals. This approach keeps the process flexible and helps avoid big changes later, making the move to detailed modeling smoother and more efficient.
Should all buildings be modeled first using conceptual masses?
When is it needed/appropriate? And when not?
For example, should you create a conceptual mass model of a small house?
Can you think of any examples of a real building around the world that most likely was created by exploring the form using conceptual mass models?
Please post and share images of these examples to this Notion page.
How would you abstract the essential form of these famous buildings using conceptual mass elements that you can create in Revit?
- One World Trade Center: https://www.archdaily.com/795277/one-world-trade-center-som
- CMG Headquarters: https://en.wikipedia.org/wiki/CMG_Headquarters#/media/File:China_Central_Television_Headquarters_2.jpg
- Twisting torso: https://www.archdaily.com/771471/santiago-calatravas-turning-torso-wins-ctbuhs-10-year-award
- Apple campus: https://www.archdaily.com/804970/apple-campus-2-held-to-fantastical-standard-of-detail-new-report-reveals
- Salesforce tower: https://www.archdaily.com/889519/salesforce-tower-pelli-clarke-pelli-architects
To abstract the essential form of One World Trade Center using conceptual mass elements in Revit, start with a tapered, extruded square base that transforms into an octagon as it rises. Begin by creating a large, vertical rectangular prism as the base, then use a series of profiles that transition from a square to an octagon by gradually rotating and tapering the faces as you move upward. The result will resemble the tower’s twisting shape, which gives it both structural strength and a streamlined appearance.