The Eshima Ohashi Bridge is a rigid-frame bridge in Japan that connects Matsue, Shimane Prefecture, and Sakaiminato, Tottori Prefecture, over Nakaumi lake. Seen from the Shimane side, the bridge gives an illusion & looks impossibly steep…but in reality the bridge is actually 1.6km long with a gradient of 6.1% on the Shimane side and 5.1% on the Tottori side. The bridge is the largest rigid-frame bridge in Japan and the third largest in the world. Shimane Prefecture 🇯🇵 🎥 @yournaturegram Ẩn bớt

Named for the winding slot canyon it spans, Waterhole Canyon Bridge is located just south of Page on US 89. This iconic bridge features a rigid concrete frame and angled pedestals built solidly into the canyon bedrock. Influenced by space-age design trends of its day, the Waterhole Canyon bridge was completed by Christmas 1957. The three-span concrete structure helped workers and materials get to the Glen Canyon Dam construction site. Today, it’s a gateway to spectacular scenery like Horseshoe B

The main pier of Jinyanghe Bridge, which is 196 meters high and located in Jinyang County, southwest China's Sichuan Province was successfully capped on Tuesday, setting a record for the world's tallest pier of a rigid-frame bridge. According to the construction company, the biggest challenge in building the bridge is the valley's strong winds and long rainy season. | CGTN

The main pier of Jinyanghe Bridge（桥 qiáo）, which is 196 meters high and located in Jinyang County, southwest China's Sichuan Province was successfully capped, setting a record for the world's tallest pier of a rigid-frame bridge. | Learn Chinese

City Life | On April 22, the closure segment of the continuous rigid-frame on the #Xijiang River section of the #Foshan Grand Bridge along the #Guangzhou-#Zhanjiang High-Speed #Railway was successfully completed, marking a significant milestone toward the full connectivity of the line. This section is set to become the world’s largest-span ballastless track steel-concrete continuous rigid frame bridge designed for 350 km/h. Upon operation, the railway will reduce travel time between #Guangzhou a