Project

Project Description: Nord Engineers served as the Structural Detailing Consultant for the petal-shaped domes of a War Memorial Building Structure. The project involved detailing two domes with diameters of 9.45 meters and 10.52 meters, both standing 21 meters tall. The domes, constructed from RHS tubes, featured a unique design where some petals were shown open and others were closed, creating a distinctive architectural statement.

  • RoleStructural Detailing Consultant
  • Structure Petal-shaped Domes
  • Dome Diameters 9.45 meters and 10.52 meters
  • Height 21 meters
  • MaterialSteel structures made of RHS Tubes

Key Features:

  • Structural Detailing: Nord Engineers provided meticulous structural detailing for the domes, ensuring the stability and integrity of the complex design.
  • Patel Shaped Design: The innovative petal-shaped domes add an artistic element to the War Memorial, symbolizing both strength and beauty.
  • Steel Structure:The domes were constructed using RHS tubes, known for their strength and durability, ideal for such significant structural elements.
  • Variable Petal Positioning: The design included both open and closed petals, adding dynamic visual interest and symbolic meaning to the memorial.
  • This significant project highlights Nord Engineers' capability in handling intricate structural detailing for unique and meaningful architectural structures.

Project Image

Challenge

Complex Structural Detailing for Unique Petal Design The petal-shaped domes presented a significant challenge due to their unique architectural design, which involved a mix of open and closed petals. Ensuring precise structural detailing to support the intricate geometry was critical for maintaining both aesthetics and structural stability.

Solution

Nord Engineers utilized advanced structural modeling and detailing software to create accurate designs for the RHS (Rectangular Hollow Section) tube framework. Close collaboration with architects ensured that the design intent was preserved while maintaining the structural integrity of the domes.

Project Image