Industrial Exterior Design Ideas with Four or More Storeys
Nakamoto ForestryThe Marine Studies Building is heavily engineered to be a vertical evaluation structure with supplies on the rooftop to support over 920 people for up to two days post a Cascadia level event. The addition of this building thus improves the safety of those that work and play at the Hatfield Marine Science Center and in the surrounding South Beach community.
The MSB uses state-of-the-art architectural and engineering techniques to make it one of the first “vertical evacuation” tsunami sites in the United States. The building will also dramatically increase the Hatfield campus’ marine science education and research capacity.
The building is designed to withstand a 9+ earthquake and to survive an XXL tsunami event. The building is designed to be repairable after a large (L) tsunami event.
A ramp on the outside of the building leads from the ground level to the roof of this three-story structure. The roof of the building is 47 feet high, and it is designed to serve as an emergency assembly site for more than 900 people after a Cascadia Subduction Zone earthquake.
OSU’s Marine Studies Building is designed to provide a safe place for people to gather after an earthquake, out of the path — and above the water — of a possible tsunami. Additionally, several horizontal evacuation paths exist from the HMSC campus, where people can walk to avoid the tsunami inundation. These routes include Safe Haven Hill west of Highway 101 and the Oregon Coast Community College to the south.
Dynamic Architectural Windows & DoorsThermally broken steel window replacement in a New York City warehouse conversion project.
This is an example of a large industrial exterior in New York with four or more storeys.
This is an example of a large industrial exterior in New York with four or more storeys.
Metex Stone WorxThis is an example of a large industrial stucco grey apartment exterior in Edmonton with four or more storeys.
ELLERBROEK ArchitekturThis is an example of a large industrial white townhouse exterior in Stuttgart with four or more storeys, stone veneer, a flat roof and a green roof.
Gnome Architects LLCAn existing 1-story garage structure received 3 new floors to create two condo units in the heart of Fishtown. The projecting forms of the building were key to maximizing living spaces on a very narrow parcel. Adjacent to each projection is a void, which creates outdoor spaces for planting and relaxation. Interlocking these indoor and outdoor spaces provides a unique style of urban living in a dense neighborhood.
ArchitangentIndustrial brick brown house exterior in Houston with four or more storeys and a flat roof.
Stannard ArchitectsThis multi-story urban residence stands as a beacon of modernity in its city environment. Its towering glass façade offers a transparent canvas that not only illuminates the interiors with natural light but also provides a spectacular view of Seattle's iconic landmarks. The vertical design maximizes living space, allowing each floor to serve as a unique vantage point for urban life.
New Chapter HI ServicesPainting and repairs to 8 story residential building in Cambridge, MA
Inspiration for a large industrial brick apartment exterior in Boston with four or more storeys.
Inspiration for a large industrial brick apartment exterior in Boston with four or more storeys.
Nakamoto ForestryThe Marine Studies Building is heavily engineered to be a vertical evaluation structure with supplies on the rooftop to support over 920 people for up to two days post a Cascadia level event. The addition of this building thus improves the safety of those that work and play at the Hatfield Marine Science Center and in the surrounding South Beach community.
The MSB uses state-of-the-art architectural and engineering techniques to make it one of the first “vertical evacuation” tsunami sites in the United States. The building will also dramatically increase the Hatfield campus’ marine science education and research capacity.
The building is designed to withstand a 9+ earthquake and to survive an XXL tsunami event. The building is designed to be repairable after a large (L) tsunami event.
A ramp on the outside of the building leads from the ground level to the roof of this three-story structure. The roof of the building is 47 feet high, and it is designed to serve as an emergency assembly site for more than 900 people after a Cascadia Subduction Zone earthquake.
OSU’s Marine Studies Building is designed to provide a safe place for people to gather after an earthquake, out of the path — and above the water — of a possible tsunami. Additionally, several horizontal evacuation paths exist from the HMSC campus, where people can walk to avoid the tsunami inundation. These routes include Safe Haven Hill west of Highway 101 and the Oregon Coast Community College to the south.
Nakamoto ForestryThe Marine Studies Building is heavily engineered to be a vertical evaluation structure with supplies on the rooftop to support over 920 people for up to two days post a Cascadia level event. The addition of this building thus improves the safety of those that work and play at the Hatfield Marine Science Center and in the surrounding South Beach community.
The MSB uses state-of-the-art architectural and engineering techniques to make it one of the first “vertical evacuation” tsunami sites in the United States. The building will also dramatically increase the Hatfield campus’ marine science education and research capacity.
The building is designed to withstand a 9+ earthquake and to survive an XXL tsunami event. The building is designed to be repairable after a large (L) tsunami event.
A ramp on the outside of the building leads from the ground level to the roof of this three-story structure. The roof of the building is 47 feet high, and it is designed to serve as an emergency assembly site for more than 900 people after a Cascadia Subduction Zone earthquake.
OSU’s Marine Studies Building is designed to provide a safe place for people to gather after an earthquake, out of the path — and above the water — of a possible tsunami. Additionally, several horizontal evacuation paths exist from the HMSC campus, where people can walk to avoid the tsunami inundation. These routes include Safe Haven Hill west of Highway 101 and the Oregon Coast Community College to the south.
Nakamoto ForestryThe Marine Studies Building is heavily engineered to be a vertical evaluation structure with supplies on the rooftop to support over 920 people for up to two days post a Cascadia level event. The addition of this building thus improves the safety of those that work and play at the Hatfield Marine Science Center and in the surrounding South Beach community.
The MSB uses state-of-the-art architectural and engineering techniques to make it one of the first “vertical evacuation” tsunami sites in the United States. The building will also dramatically increase the Hatfield campus’ marine science education and research capacity.
The building is designed to withstand a 9+ earthquake and to survive an XXL tsunami event. The building is designed to be repairable after a large (L) tsunami event.
A ramp on the outside of the building leads from the ground level to the roof of this three-story structure. The roof of the building is 47 feet high, and it is designed to serve as an emergency assembly site for more than 900 people after a Cascadia Subduction Zone earthquake.
OSU’s Marine Studies Building is designed to provide a safe place for people to gather after an earthquake, out of the path — and above the water — of a possible tsunami. Additionally, several horizontal evacuation paths exist from the HMSC campus, where people can walk to avoid the tsunami inundation. These routes include Safe Haven Hill west of Highway 101 and the Oregon Coast Community College to the south.
Industrial Exterior Design Ideas with Four or More Storeys
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