Structural Design Support
A Multifamily Project with Unique Structural Challenges in New York
-
arnab
- September 28, 2024
- 8:39 pm
Intro
Uppteam recently completed a multifamily residential project with unique structural challenges. Find out how, despite the complexities, the team successfully delivered the project, saving the client 10 days on their tight deadline.
Project Type: Multifamily Residence
Software Used: Autodesk AutoCAD, Trimble Tekla Tedds, and Microsoft Excel
Task Assigned
Based on the sketch the client shared, they wanted us to create load calculations and beam and column design.
Challenges
The most pressing challenge faced by Uppteam was the limited timeframe allotted for the 20,000 sq. ft. project. We had to complete it in very few days, which put significant pressure on the design team to complete the structural calculations and drawings efficiently.
A vital issue arose during the initial header calculations. Some of the headers were found to carry point loads from the roof, which can be more challenging to design and analyze than uniformly distributed loads.
These point loads required careful consideration to ensure the header’s structural integrity and prevent excessive deflection.
Solutions
We approached the project with a streamlined design process, focusing on efficient communication, collaboration, and utilization of advanced software tools to minimize delays and ensure timely completion. Uppteam successfully addressed these challenges through meticulous analysis and design, providing the client with a comprehensive foundation and framing design.
We did rigorous structural analyses to accurately determine the required header sizes and spacing, ensuring that they could safely support the loads from the roof.
Using BIM tools, we created detailed drawings and schedules for concrete wall foundations and wooden walls with wooden roofs. Based on the client’s feedback, our team members iterated on the design to ensure flawless final deliverables. Our structural design support team provided the client with a detailed design of the gravity and structural load effects system. With this approach, we completed the project in 5 days.
