ENGINEERING WONDERS of Mega Structures Around the World Today, The Civil Engineering Secrets and Wonders

How did Roman Sewers work. https://youtube.com/shorts/JA7U3Bweoqw?si=rFZM37i6HE7LVHtO

2+ Hours Of Engineering Facts To Fall Asleep To

Explore the world’s most impressive man-made structures including the Eiffel tower, the Leaning Tower Of Pisa and ancient Roman Amphitheatres. Join Dr Scott Steedman as he investigates how engineers, builders and architects redefined the limits of what is possible.

00:00 – Eiffel Tower
22:50 – Castles
45:30 – Domes
01:08:19 – The Leaning Tower Of Pisa
01:31:07 – Ocean Structures
01:53:52 – Arches
02:16:22 – Concrete Marvels

Welcome to Progress — the home of history’s greatest leaps forward. From the seismic invention of the world’s first printing press to the great rocket-powered marvels that took us to the stars, we’ll be bringing you world-class documentaries celebrating history’s greatest inventions and technological breakthroughs.

Engineering Wonders

The world’s highest railway bridge is built on the Chandrabhaga river in Riyasi districts of Jammu and Kashmir. Will tell another name of Chandrabhaga river. Now there is an engineering marvel in the heart of this Chenab river — Chenab Railway Bridge. This bridge is a very important part of the 272 kilometer long Udhampur-Srinagar-Baramulla railway connection. The highest point height of the bridge is 359 meters above the Eiffel Tower in Paris. The deck section of this bridge is on a 467 meter long arch (bow shaped structure). The length of the bridge is 1315 meters. 530 meter long approach bridge and 785 meter long deck arch bridge (car runs over this part). A total of 28,660 metric tonnes of steel worked in bridge construction. It is very challenging to build rail network and construct such a big structure in fragile and earthquake areas like the Himalayas. Yet it was made possible by using modern technical facilities. Using advanced ‘Tekla’ software its design preparation and construction work completed. It has now been recognized as an incredible engineering feat worldwide. The bridge is capable of withstanding wind speeds up to 266 kilometers per hour and an 8-dimensional earthquake at Richter scale. Also, it is anti-explosion and is used for special steel. The bridge’s lifespan has been designed for around 120 years, ensuring its long-term functionality and can travel over it at a speed of 100 kilometers per hour.

Aerial Engineers in Competion https://fb.watch/A86uk5SBxv/?

Canals -Construction Megaprojects-Big Bigger Biggest

assing along its length every year, the Panama Canal is the biggest canal in the America’s. The 5-billion-dollar infrastructure expansion project completed in 2017 doubled the waterway’s capacity, giving a new lease of life to this vital transport artery. Its construction relied on a series of great leaps in technology. In this film we explore the key historic canals that made each engineering breakthrough. Using computer generated animation we reveal the incredible stories behind France’s Briare Canal, the UK’s Bridgewater and Manchester Ship Canals, and the record-breaking Panama Canal. We focus on the innovations that allowed them to grow in size. Four ingenious leaps forward that enabled canals to evolve from BIG, to BIGGER, into the America’s BIGGEST. 00:00 – Introduction
04:06 – Climbing Hills – Briare Canal
18:15 – Water – Bridgewater Canal
29:51 – Excavation – Manchester Ship Canal
38:49 – Navigation – Panama Canal. Episode from the “Big Bigger Biggest” documentary series exploring the engineering breakthroughs that have enabled us to develop some of the largest structures in existence.