The Byker Bridge, also known as the Byker Viaduct, reaches a height of up to 30 meters (98 feet) above the ground.
Understanding the Byker Bridge's Dimensions
The Byker Bridge, commonly referred to as the Byker Viaduct, is a notable railway structure located in Newcastle upon Tyne. It is engineered to support standard gauge double tracks at a significant elevation, facilitating railway passage over diverse terrain.
Key Dimensions and Structural Overview
This impressive viaduct showcases robust construction, featuring multiple spans and a substantial width, designed to accommodate essential railway operations across a river valley and an extended elevated section.
Here's a detailed breakdown of its primary dimensions and features:
| Dimension | Metric Measurement | Imperial Measurement |
|---|---|---|
| Height | 30 meters | 98 feet |
| Width | 8.2 meters | 27 feet |
| Longest Span | 69 meters | 226 feet |
| Total Spans | — | 18 |
Architectural and Engineering Specifics
- Elevated Purpose: The fundamental role of this structure is to provide an elevated pathway for standard gauge double railway tracks, positioning them considerably above the surrounding landscape and the river valley below.
- Span Configuration: The viaduct is composed of a total of 18 individual spans. Six of these spans are strategically positioned to cross the river valley, ensuring stable and strong support where the geographical challenges are most pronounced. The remaining spans continue on the east side of the valley, forming a lower elevated section that seamlessly integrates the railway line with the existing topography.
- Operational Function: It serves as a crucial link within the railway network, enabling the efficient and safe transit of trains across the area, particularly over the Ouseburn Valley.
This structure stands as a testament to the engineering capabilities of its era, fulfilling the critical demands of railway infrastructure.
