ZChgEzYA1pGVEatn4xMDoxOjBzMTt2bJ
Instructional Demo    AULON91267
The Future of Structural Design and Analysis: Conventional or Computational?
ZChgEzYA1pGVEatn4xMDoxOjBzMTt2bJ
Share
Comment
Bookmark
You must be signed in for this action Sign in
Close
Collapse Expand

Description

BIM plays a crucial role in the conception, modelling, and management of physical infrastructure, allowing architects and engineers to design within a 3D parametric environment. Unusual structural systems (e.g., buildings in seismic areas, tensile structures, reinforced concrete shells, diagrid structures) pose significant geometric, modelling, and analysis challenges. Conventional approaches with Revit and Robot, entail extensive resource allocation, are time-consuming and provide limited flexibility to accommodate significant variations. As a result, this case study investigates the automation of complex parametric structural systems. It explores the Revit/Dynamo/Robot interface and procedures to minimise data contamination, examines the flexibility to accommodate variations at any stage of the design process, and ultimately aims to increase productivity across the Atkins? infrastructure business. Several case studies have been investigated, and algorithms have been developed combining Dynamo's comprehensive set of pre-defined nodes, with the development of advanced Python coding. The case study begins with the development of an algorithm for multi-storey flat-slab buildings with stability to be provided by shear-walls in two orthogonal directions. Buildings in high-seismicity areas require a shearwall/floor plan area ratio of 1.5%, and specific Python code has been developed accordingly. Assuming even column distribution, constant floor-to-ceiling height, and regularity in plan and elevation, the algorithm is governed by six input parameters: Width, Length, Floor-to-ceiling height, Number of storeys and Column grid spacing (X, Y). No difficulties were encountered in the Dynamo/Robot interface. It then directs attention towards a second case study involving high-rise structures, and a third case study comprising complex surfaces.

Key Learnings

  • Understand common mistakes and pitfalls of conventional approach to structural analysis design using Revit and Robot
  • Learn how to create complex algorithms in Dynamo
  • Learn how to extend the functionality of Dynamo by using Python programming and accessing Revit and Robot API?s
  • Learn proven workflow and techniques in integrating Revit to Robot

Speakers

close
Transcript

Share Class

close-24

Comments

close-24