Structural Analysis of Trailer Skid

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Case Highlights:

The Client
Trailer Manufacturer, Canada

The Objective:

To evaluate the structural integrity of two trailer frame designs

Challenges:
  • Identify the actual load distribution on the frame to produce accurate simulation results
  • Developing finite element model to perform structural analysis
Software Used:

ANSYS Professional NLS 14.5

Solution

The trailer frame design was developed and structural analysis was performed by applying suitable boundary conditions. The results obtained through the analysis for two proposed designs were well within the safe design limits.

Structural Analysis of Trailer Skid

Trailer frames are designed to withstand heavy loads and needs to possess enough structural strength to accommodate the same. Under vertical loading conditions, the frame is subjected to stresses that leads to deformation, and under critical loading situations, the frame may elongate or fail completely.

Canada’s leading trailer manufacturer approached Hi-Tech to evaluate two different trailer frame designs for structural integrity through finite element method.

Solution:

Structural Analysis of Trailer Skid

Two trailer designs provided by the client were first modeled through CAD tools to execute finite element analysis. Through suitable application of boundary conditions and loads, structural analysis was performed for both the proposed design.

It was observed through the results that both the trailer frame designs were acceptable with respect to the stress and deformation criteria.

Benefits

  • Substantial reduction in cost and time associated with physical test trials due to simulation solutions
  • Assessment results significantly reduced the manufacturing time frame

About Hi-Tech

Hi-Tech CAE is a division of Hi-Tech Outsourcing Services, a pioneer engineering outsourcing company since 1992 based in India & USA. It provides expert Computer Aided Engineering – CAE consulting services for engineering / product design analysis by modeling & simulation.

The primary services extended include Computational Fluid Dynamics (CFD), Finite Element Analysis (FEA), product design optimization and value engineering services to Automotive, Building / Construction, Process industry, Power Generation, Manufacturing & Heavy Engineering industries.

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