City of Arts & Sciences (Valencia): How Curved Concrete Was Actually Built скачать в хорошем качестве

City of Arts & Sciences (Valencia): How Curved Concrete Was Actually Built

Valencia’s City of Arts & Sciences looks like it was sculpted, not constructed—yet much of its “future” comes from very old-school discipline: formwork accuracy, rebar geometry, controlled concrete placement, and curing that prevents cracks and color variation. In this episode, we break down how curved concrete architecture is built in real life: How teams define complex geometry so curves stay true at full scale Why curved formwork is the real “machine” behind these surfaces How rebar is bent, spaced, and detailed so concrete can flow cleanly Why projects often use self-compacting concrete (SCC) for congested steel zones How crews manage joints, waterproofing, drainage edges, and curing to keep white concrete looking clean for years If you enjoy construction documentaries and engineering breakdowns of iconic architecture, subscribe and comment the next landmark you want analyzed. Chapters (optional) 00:00 Why curved concrete is so hard 00:55 Geometry → formwork strategy 02:30 Curved formwork fabrication + sealing 04:45 Rebar + embeds + tolerances 06:30 Concrete placing (SCC) + avoiding honeycombing 08:40 Curing, temperature, crack control 10:25 Stripping forms + surface QA 12:00 Waterproofing + joints + drainage details 13:10 Final reveal: the “future” made from concrete #CityOfArtsAndSciences #Valencia #Construction #Engineering #Architecture #Concrete #ArchitecturalConcrete #CurvedFormwork #HowItsBuilt #MegaProjects #CivilEngineering #StructuralEngineering #WhiteConcrete #SCC #ModernArchitecture