Hytorc needed a simplified reliable Bolt Load Measurement method that was comparable to controlled laboratory measuring rods that would work at high temperatures for research papers. The study was on the impact of Bearing Face Knurling on bold load relaxation at elevated temperatures.

The main challenge was the inability of the existing intelligent bolt to record bolt stress at elevated temperatures. This gap in data limited the researcher's understanding of how different materials behaved under various thermal conditions, which was crucial for improving industry practices.

The main challenge was the inability of the existing intelligent bolt to record bolt stress at elevated temperatures. This gap in data limited the researcher's understanding of how different materials behaved under various thermal conditions, which was crucial for improving industry practices.

The main challenge was the inability of the existing intelligent bolt to record bolt stress at elevated temperatures. This gap in data limited the researcher's understanding of how different materials behaved under various thermal conditions, which was crucial for improving industry practices.

The main challenge was the inability of the existing intelligent bolt to record bolt stress at elevated temperatures. This gap in data limited the researcher's understanding of how different materials behaved under various thermal conditions, which was crucial for improving industry practices.

The main challenge was the inability of the existing intelligent bolt to record bolt stress at elevated temperatures. This gap in data limited the researcher's understanding of how different materials behaved under various thermal conditions, which was crucial for improving industry practices.
