Structural Integrity Enhancemen t through Adhesive Bonding in Modular Construction

Structural Integrity Enhancemen t through Adhesive Bonding in Modular Construction



About the Project

The project aimed to conduct a numerical analysis of a new beam column and intermodular connection model, along with experimental testing for a simplified version of the model. The research also explored an alternative method for vertical connections using adhesives. Three different adhesive materials were tested, and based on mesh convergence, the most effective adhesive was identified from the experimental results.

Project Overview

Team Members:

  • 1 Researcher
  • 3 Student Researchers
  • Software Development Team

Areas of Expertise:

  • Structural Engineering
  • Material Science
  • Computational Analysis

Technologies:

  • Finite Element Analysis (FEA)
  • ANSYS Mechanics
  • CAD Design Modeling
  • CNC Machining

Key Innovations

  • Simulation and Analysis Tool: FE software along with ANSYS Mechanics were utilized to fully understand the structural behavior of the connection under axial loads.
  • Three-dimensional Finite Element (FE) Model: A new intermodular connection was developed using commercially available FE software to understand the structural behavior of the connection under axial tension loads.

Impact & Benefits

  • Enhanced Structural Strength: Demonstrated the potential of adhesives to improve the structural strength of intermodular connections.
  • Innovative Connection Methods: Provided an alternative to traditional screw-based connections, potentially reducing material costs and simplifying construction processes.
  • Collaboration and Practical Application: Strengthened collaboration between academic and industry partners, providing practical applications for research findings.

Related Programs

#StructuralEngineering#MaterialScience#FiniteElementAnalysis#ModularConstruction#EngineeringResearch

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