3D Printed Box Simulation Using LPBF with Complex Infill Pattern in Abaqus

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level:Intermediate

3D Printed Box Simulation Using LPBF with Complex Infill Pattern in Abaqus

Course Content

Files & Codes

  • Simulation Files

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Who this product is for :

  • Mechanical Engineers
  • Manufacturing Engineers
  • Materials Scientists

File collection

Files & Codes

  • Simulation Files

Student Ratings & Reviews

No Review Yet
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Description

3D Printed Box Simulation Using LPBF with Complex Infill Pattern in Abaqus

This product demonstrates the Laser Powder Bed Fusion (LPBF) process for additive manufacturing, simulating the printing of a brick-shaped geometry with a complex zigzag infill pattern in Abaqus. The simulation includes the entire printing process, modeled using the AM Modeler plugin (no coding required), and incorporates thermal analysis and phase transformation from powder to liquid to solid.

Key Features:
✅ LPBF (Selective Laser Melting – SLM) Simulation – Replicates the laser melting and solidification process.
✅ Complex Zigzag Infill Pattern– Optimized for lightweight yet strong structures.
✅ Thermal & Phase Transformation Analysis – Simulates powder melting and solidification using a USDFLD subroutine.
✅ No Coding Required – Easy setup with Abaqus AM Modeler plugin.

Ideal for researchers and engineers exploring additive manufacturing simulations, LPBF techniques, or SLM process modeling in Abaqus.

🔹 Interested in LPBF, SLM, or Additive Manufacturing Simulations?
📩 Contact Saman Hosseini at [info@engineeringdownloads.com] or visit [Engineering Downloads] for more details.

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A course by

Saman Hosseini
Saman Hosseini
Structural Engineer

A file by

Saman Hosseini
Saman Hosseini
Structural Engineer

Material Includes

  • Abaqus CAE Files
  • INP Files
  • JNL File
  • USDFLD Subroutine
  • CSV for flux path
  • G Code File

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