Environmental Resistant Infrastructural Ideas (Ongoing as it may not be "Solvable" but always Improving)

[wnadim92]

Project description

Linux itself is community contributed and open source. It has brought computing to far advancement that staying proprietary behind closed doors would not have gotten us this far alone. It's the community that made it take off to allow amazing pocket computers (smart phones), to the level they are today. And even physically help taking us to the moon with the computing advancements of Linux. Could not have gotten that far without human contribution.

We all have been observing how each of us build our sky scrapers, towers, etc. and if we have that community involvement, our society will take off I'm sure as how our computing has and is taking off :)

This open source idea is for humanity in various expertise levels to come and provide input towards ideas or designs they feel may bring Humanity closer to improving our physical infrastructure.

I feel starting categories (and will be refined as this page is contributed to) connecting infrastructure (bridges) maintaining infrastructure (water dams/levys) residential infrastructure (houses/compact housing/town homes/apartments) business infrastructure (shopping malls/data centers/or even cool restaurant design ideas) public infrastructure (schools/libraries/roads/airport/railways/water docks)

This would open source contributions will bring our human race to open source methods of improving infrastructure which we as a society depend on.

Although this topic is not purely computing related, it would need computing to determine tolerance, and many other aspects.

We all have been observing how each of us build our sky scrapers, towers, etc. and if we have that community involvement, our society will take off I'm sure as how our computing has and is taking off :) Hope we can use this page for that.

Relevant Technology

As this page is open to various skill and background levels, it will require at the minimum visuals (JPEGs, PDFs, .PNGs/etc).

For two reasons, One we may come from different language backgrounds, and that should not be a barrier to our development. Nor hinderance as well.

Two, I heard Leanardo Da Vinci drew on napkins and I'm sure we use some of those today. I think it was the helicopter? But you get the idea. Your idea could give the next thing we use today as a species. Someone may get what you drew and start building on to it in more complex technologies (AutoCAD, SolidWorks, etc). Also other technologies that can do scenarios such as magnitude level 4 earth quake what would happen to the support beams.

So I would put the floor on at the bare minimum is visuals.

Complexity and required time

Pretty complex as still has not been solved as we can see daily that environment can and has wrecked havoc on our infrastructure. For example Fukushima was a disaster that was due to the environment and has affected the world and our oceans. This should be open source.

Complexity

• [x] Beginner - This project requires no or little prior knowledge of the technolog(y|ies) specified to contribute to the project
• [ ] Intermediate - The user should have some prior knowledge of the technolog(y|ies) to the point where they know how to use it, but not necessarily all the nooks and crannies of the technology
• [ ] Advanced - The project requires the user to have a good understanding of all components of the project to contribute

Required time (ETA)

• [ ] Little work - A couple of days
• [ ] Medium work - A week or two
• [x] Much work - The project will take more than a couple of weeks and serious planning is required

Categories

• [ ] Mobile app
• [ ] IoT
• [ ] Web app
• [ ] Frontend/UI
• [ ] AI/ML
• [ ] APIs/Backend
• [ ] Voice Assistant
• [ ] Developer Tooling
• [ ] Extension/Plugin/Add-On
• [ ] Design/UX
• [ ] AR/VR
• [ ] Bots
• [ ] Security
• [ ] Blockchain
• [x] Futuristic Tech/Something Unique

[wnadim92]

Elements Resistant Underground Data Center Design (resistant to rain, extreme heat, hail, hurricanes)

Category: Business Infrastructure

Data Center Design (Underground-Spiral Liquid Cooled Cylindrical Infrastructure)

Write up and visual:

Samuel_Nadim_Continuous_Cooling_Cylinder_Invention (1).pdf

Comment:

As will be underground and use help of gravity to cool within the cylinder through the method described of liquid spiral flow design. Should be resistant to the elements (erosion from rain, extreme heat, hail, hurricanes). This may also be environmentally friendly due to the efficient design although could not be tested due to lack of resources.

[wnadim92]

Diminished Surface Contact Infrastructure (resistant to earthquakes)

Category: Residential, Business, and public infrastructure

Purpose of Invention: Provide design for physical infrastructure that is resistant to earth quakes. We know traditional buildings distribute the weight on multiple support beams. We know that if the surface of the earth is relatively flat, it can often be observed when after the earth quake happens, it send shock waves to the physical surface, thus causing at least one support beam to potentially go up while the others may not. This alone could severely cause a building to lose its structural integrity. As load is not evenly able to be distributed as it was before since one support beam is no longer at its original approved state.
Given the various tolerance of weight distribution, after losing a support beam or how bad its position has changed, it would dictate how recoverable the infrastructure is. To solve this, if we distribute all weight onto a single point for diminished surface contact and provide flexible computer cabling that can readjust their lengths to keep the building perfectly perpendicular to the ground. This keeps the surface from experiencing any shakes or cause unsafe conditions within the infrastructure and always be able to distribute its weight to match the right up pull of the force of gravity.

Write up and visual:

Samuel_Nadim_Diminished_Surface_Contact_Infrastructure.pdf Top Side Note, This in diagram is depiction of three-dimensional ground view. The horizontal line represents surface of ground.

Comment:

Note: The reason we are analyzing the force of gravity and not the exact center of the ball being completely perpendicular to the ground in the below diagram is due to the unpredictable nature of surface state after earth quake, the Shock absorbing central point ball-joint central anchor (4 in the diagram) itself may deviate from being perpendicular from when it was first placed in the ground. If that happens, the exact center would not be parallel to the vertical pull of gravity, and the building would not be perfectly standing straight as we humans stand straight parallel to the force of gravity.

On top of flat surface of the structure a load can be placed, where the load can be a traditional residential structure or business structures and leverage shock absorption that is abstracted from the traditional multiple support beams.