Waltham, MA

Three-dimensionally Printed Glass Testing

Scope/Solutions

In 2017, SGH collaborated with the MIT Media Lab on an exhibit for Milan Design Week. The exhibit, Glass II, showcased intricately curved columns created with three-dimensionally (3D) printed silicate glass. We helped the team by designing post-tensioning support for the columns and performing physical testing in our Applied Science & Research Center. Looking to advance their research with a new geometry, MIT retained SGH to perform additional testing on 3D-printed glass samples in 2024.

SGH tested nineteen samples to determine the compressive strength of the assembly. Highlights of our work include:

  • Conducting tests on a single glass unit with flat-plate boundaries and on a stacked assembly
  • Testing with wooden and/or aluminum mounts to simulate use-case loading conditions
  • Using a hydraulic testing machine with a 600 kip capacity
  • Targeting a load rate of 1 kip/sec and manually controlling the rate of compression to compensate for deformations as the glass pressed into the mounts
  • Monitoring the load and displacement throughout the testing using data acquisition software

Project Summary

Icon: completion-date

2024

Completion Date
Solutions
Evaluation
Services
Applied Science & Research
Markets
Education
Client(s)
Massachusetts Institute of Technology
Specialized Capabilities
Materials Science

Key team members

Paul Kassabian
Principal
Melissa Roth
Applied Science & Research Center Manager
Norman Perkins
Director of Applied Science & Research

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Cornell University commissioned a whole building condition assessment and design concepts for making code upgrades, improving energy efficiency, and addressing other maintenance. SGH assisted the architect by assessing the building enclosure’s condition and recommending repair options.
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