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Announcing the 2025 Albert Shou Student Scholarship Winners

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  • Announcing the 2025 Albert Shou Student Scholarship Winners

Announcing the 2025 Albert Shou Student Scholarship Winners


Asoe

The International Society for Trenchless Technology (ISTT) is delighted to announce the recipients of the 2025 Albert Shou Student Scholarship. Supported annually by ASOE (Asoe Hose Manufacturing Inc., Jiangsu, China), the scholarship provides $10,000 to recognize outstanding student research that advances trenchless technology.

The winning papers were submitted to ISTT for scholarly review and selection. The award ceremony will take place during the International No-Dig Vancouver/No-Dig North event.

 

Best Paper Award — 1st Place ($4,000)

Kaho Fujii

Kaho Fujii

University: Kyushu University, Japan
Society: JSTT (Japan)
Category: New Installations
Paper Title: Study on Structural Failure Characteristics Analysis of Deeply Buried Box

 

Research Highlights

Using 3D FEM, Fujii examined how wall thickness, corner radii, and overall geometry influenced failure behavior in deeply buried rectangular box jacking pipes. The findings offered practical guidance for optimizing propulsion square tube design to improve safety and reliability in dense urban settings.

Note: Kaho Fujii will deliver a presentation at International No-Dig Vancouver/No-Dig North.

 

Awarded Paper — 2nd Place ($2,000)

Dongmin Xi

Dongmin Xi

University: Southeast University, China
Society: CSTT (China)
Category: Rehabilitation
Paper Title: Predicting Traction Forces in Multi-bend Pipeline Rehabilitation
 

 

Research Highlights

A validated theoretical model predicted pulling forces when inserting multilayer composite liners through multiple bends, accounting for bend geometry, friction, bending stiffness, and reverse tension. The work provided actionable guidance for safer, more cost-effective rehabilitation planning.

 

Awarded Paper — 3rd Place ($2,000)

Niloy Paul Casual Small

Niloy Paul

University: Louisiana Tech University, USA
Society: NASTT (United States)
Category: Rehabilitation
Paper Title: Performance assessment of PVA fiber reinforced slag composite for SAPL

 

Research Highlights

Evaluation of fiber-reinforced alkali-activated slag mortars for spray-applied pipe lining (SAPL) showed PVA fibers reduced shrinkage and enhanced mechanical performance. With silica fume improving workability and ambient curing meeting ASTM F3706 and TxDOT criteria, the study supported durable, sustainable rehabilitation materials.

 

Congratulations

ISTT warmly congratulates Kaho Fujii, Dongmin Xi, and Niloy Paul for their achievements. We thank all student authors and Affiliated Societies for supporting the advancement of trenchless technology.

For scholarship details and future submissions, please contact ISTT at info@istt.com

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