Project Description:
Shiv Dham Vrindavan
The world’s largest trident, towering at an impressive 187 feet, has been expertly fabricated and installed by PJ Fab India Structures Pvt. Ltd. at Shiv Dham, Char Dham, Vrindavan, Uttar Pradesh, India. This monumental feat stands as a remarkable testament to India’s engineering prowess and spiritual devotion, setting a new global benchmark for architectural excellence.
The massive structure is a remarkable blend of engineering and artistry. Its skeletal structure is a massive steel framework, providing the strength and support for the awe-inspiring 165-foot-tall Shiva Murti sculpted around it.
LOCATION
Shiv Dham, Char Dham, Vrindavan, Uttar Pradesh
SERVICES
Fabrication of Skeletal Steel Structure and Trident
Work in teams
builder Architect and constructor teams
STATUS
- Competed
Highlights
Structural Integrity of the Colossal Trident:
Building a 187-foot trident required ensuring stability against strong winds and environmental factors.
Supporting the Massive Shiva Murti:
Sculpting a 165-foot-tall Shiva Murti demanded a strong internal framework that could support the statue’s weight while maintaining its aesthetic appeal.
Precision in Assembly and Alignment:
Aligning massive steel components and sculpted pieces with pinpoint accuracy was crucial for stability and visual symmetry.
Weather and Environmental Conditions:
Construction at such a grand scale required careful planning to tackle seasonal weather changes.
Artistic Detailing on a Gigantic Scale:
Maintaining intricate details and spiritual symbolism across such a massive structure posed a significant artistic challenge..
Additional Information
Used advanced steel fabrication techniques and precise load distribution calculations to enhance structural stability, ensuring the trident could withstand extreme weather conditions.
Engineers designed a robust steel skeletal structure that acted as the statue’s backbone, ensuring strength and balance while allowing detailed sculpting on the outer layers.
Cutting-edge 3D modeling and laser-guided alignment techniques were employed, ensuring each segment fit perfectly, minimizing errors during assembly.
Work was meticulously scheduled around weather conditions, and weather-resistant materials were used to prevent corrosion and ensure longevity.
Maintaining intricate details and spiritual symbolism across such a massive structure posed a significant artistic challenge.
