What problem was the Golden Gate bridge solving?
From their work, the researchers found that suicide barriers were, indeed, effective — they can reduce the number of suicides by more than 90% in high-risk locations, reports Rachel Gross at Slate.
How could the Golden Gate bridge be improved?
Using plastic composite decking could bring the Golden Gate Bridge’s deck self-weight down by a factor of five. That would enable engineers to design and construct a cable-stayed bridge rather than a suspension bridge.
What are the challenges of the Golden Gate Bridge?
In this regard, the WGBH Educational Foundation emphasizes that, “The idea of a bridge linking the city with its neighboring counties was appealing, but the mile-wide gap between San Francisco and Marin presented huge challenges” (Golden Gate 3). Some of the more significant obstacles associated with this site included wind and water.
How is the wire on the Golden Gate Bridge secured?
The spooled wire was attached to a fixture within the anchors called a strand shoe were used to secure the wire while spinning the wheel which the pulled the wire across the bridge. Once the wire reached the other side it was secured to the strand shoe and then the wheel returned the anchor loop of wire to start the process again.
How many times does the Golden Gate Bridge Circle the world?
Once the wire reached the other side it was secured to the strand shoe and then the wheel returned the anchor loop of wire to start the process again. The golden gate bridge uses the largest cables ever made and all of its strands could circle the world three times at the equator. The spinning wheels were contracted for 14 months.
How big was the base of the Golden Gate Bridge?
A major problem that engineers had to deal with was having to build one of the towers with its base 110 ft below sea level. The tower on the San Francisco side was made using 30 ft. thick concrete fenders that enclosed a space as big as a football field.