Book a Demo
Shyam Nandan
Gray shield icon
Is this you?
Claim your profile.

Shyam Nandan

Tech Journalist

AS SEEN ON
Analytics India Magazine

Preston's Summary

Shyam Nandan is a tech journalist at Analytics India Magazine and ThePrint. He specializes in technology, with a keen focus on the intersection of AI and analytics, as well as the implications of space technology and Indian government policies. Shyam's insights and analyses have been featured in prominent publications, showcasing his expertise in the evolving tech landscape.

Preston is the artificial intelligence that powers the Intelligent Relations PR platform. Meet Preston

Geo Focus

Coverage Attributes:

Beta
Press Release: 41 %
Cites Data: 13 %
Government Announcement: 12 %
Private Sector Announcements: 8 %
Industry Specific: 6 %

Themes Covered:

Not enough data icon

Not enough data

Most Recent Topics:

  • Technology
  • Artificial Intelligence
  • Space Technology
  • Indian Government
  • Computer Hardware

Pitching Insights

Shyam Nandan primarily focuses on technology-related topics, especially artificial intelligence, space technology, and computer hardware. His coverage also includes Indian government initiatives in the tech sector.

Given his extensive focus on press releases and government announcements, he is likely to be interested in pitches related to new product launches or significant developments from major players in the technology industry. Press releases or insights around technological advancements specific to India may also catch his attention due to his national focus.

As Shyam's reporting covers a wide range of themes such as content & publishing, software & SaaS, and big tech alongside specific technologies like AI and space tech with a primary focus on India; it would be beneficial for outreach efforts to align with these areas while offering unique perspectives or exclusives relevant to this market.

This information evolves through artificial intelligence and human feedback. Improve this profile .

Articles

Fire Technology journal by Springer Nature

Influence of Geosynthetic Encasement on the Pullout Response of Granular Pile Anchors Embedded in Cohesionless Soil - Transportation Infrastructure Geotechnology

Influence of Geosynthetic Encasement on the Pullout Response of Granular Pile Anchors Embedded in Cohesionless Soil - Transportation Infrastructure Geotechnology

By: Roy, Shyam Nandan, Wabhitkar, Patel, Bhaskar, Shailendra, Kumar, Surat

This study investigated the uplift performance of geotextile-encased granular pile anchors (GEGPA) in sandy soil using three-dimensional finite element analysis. The numerical model was validated against published experimental data and used to evaluate the effects of embedment ratio (ER = 5, 7.5, 10, 12.5, and 15), sand relative density (RD = 40%, 60%, and 80%), and geotextile encasement length (0%, 25%, 50%, 75%, and 100%) on uplift behaviour. The results showed that uplift resistance increased with increasing ER, RD, and encasement length. Increasing the ER from 5 to 15 improved uplift capacity by approximately 42%, while increasing the RD from 40% to 80% enhanced uplift resistance by nearly 35%. Fully encased granular pile anchors exhibited up to 50% higher uplift capacity than un-encased piles because of improved lateral confinement and reduced bulging deformation. The load-transfer mechanism shifted from base resistance to shaft friction at ER of 10 and above. A 50% encasement increased uplift capacity by about 22%. The highest uplift resistance was achieved for fully encased anchors in dense sand (RD = 80%) at an ER of 15. These findings demonstrated the effectiveness of geotextile encasement in improving the uplift performance of granular pile anchors systems in cohesionless soils.

© 2026 Intelligent Relations