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Quote from : Wikipedia : Pykrete
Pykrete is a composite material made of approximately 14 percent sawdust or some other form of wood pulp (such as paper) and 86 percent ice by weight.
Its use was proposed during World War II by Geoffrey Pyke to the British Royal Navy as a candidate material for making a huge, unsinkable aircraft carrier.
Pykrete has some interesting properties, notably its relatively slow melting rate (due to low thermal conductivity), and its vastly improved strength and toughness over unmodified (crystalline) ice, actually closer to concrete.
Pykrete is slightly more difficult to form than concrete, as it expands during the freezing process, but can be repaired and maintained from the sea's most abundant raw material: water.
The mixture can be moulded into any shape and frozen, and it will be extremely tough and durable, as long as it is kept at or below freezing.
Quote from :Wikipedia : Papercrete
Papercrete is a recently developed construction material which consists of re-pulped paper fiber with Portland cement or clay and/or other soil added.
First patented in 1928, it has been revived since the 1980s.
Although perceived as an environmentally friendly material due to the significant recycled content, this is offset by the presence of cement.
The material lacks standardisation, and proper use therefore requires care and experience.
Eric Patterson and Mike McCain, who have been ascribed with independently "inventing" papercrete (they called it "padobe" and "fibrous cement"), have both contributed considerably to research into machinery to make it and ways of using it for building.
Quote from : Wikipedia : Tunnel Boring Machine
A tunnel boring machine (TBM) is a machine used to excavate tunnels with a circular cross section through a variety of soil and rock strata.
They can bore through hard rock, sand, and almost anything in between. Tunnel diameters can range from a metre (done with micro-TBMs) to almost 16 metres to date.
Tunnels of less than a metre or so in diameter are typically done by horizontal directional drilling rather than TBMs.
Tunnel boring machines are used as an alternative to drilling and blasting (D&B) methods in rock and conventional 'hand mining' in soil.
A TBM has the advantages of limiting the disturbance to the surrounding ground and producing a smooth tunnel wall.
This significantly reduces the cost of lining the tunnel, and makes them suitable to use in heavily urbanized areas.
The major disadvantage is the upfront cost.
TBMs are expensive to construct, difficult to transport and require significant infrastructure.
The biggest is built by Herrenknecht AG of Schwanau, Germany to dig the 57 km Gotthard Base Tunnel.
It has a diameter of 9.58 meters.
Amazon Review :
Underground space development may be one of the most significant was to contend with urban predicaments such as congestion, lack of open space, and aging infrastructures.
However, designers must consider whether or not people will be willing to live and work in what could be perceived as inhospitable environments.
Should people be required to work in underground facilities, Or should underground space be used solely for mechanical or transit services and low-occupancy functions such as storage?
What must designers do to create subsurface spaces that will avoid or alleviate the psychological and physiological problems associated with being underground?
Underground Space Design is the first comprehensive book on subsurface space utilization throughout the world.
The authors supply a complete overview of the entire range of underground uses by reflecting on the past, present, and future of underground development.
Underground Space Design is the result of a five-year joint research study by the Underground Space Center at the University of Minnesota and the Shimizu Institute of Technology in Japan.
This thorough, scholarly, and practical source offers extensive coverage of the relevant topics including:
* an analysis of current underground land use
* the future of underground development
* comprehensive set of classifications
* a summary of existing research on psychological issues
* exterior and entrance design patterns
* layout and spatial configuration patterns
* interior design patterns
* methods of lighting
* life safety design patterns
Elaborately designed and illustrated, this book is the first complete source to present the broad range of underground design and uses, making it an ideal reference for architects, interior designers, civil engineers, geotechnical engineers, city planners, developers, and environmental psychologists.
Underground Space Design is also an excellent introduction to the field, precisely serving the needs of students and other professionals.
Originally posted by tothetenthpower
I've yet to watch the videos, but Spartan as always, you will be the person I seek out if the SHTF.
I have none of this knowledge, but probably enough funds to build one which could support a dozen or so people lol.
Who needs skill when you have the money? lol.
Thanks for another great thread! S&F
~Keeper
Quote from :
Tom Cruise Building '£5m Bunker To Protect Against Alien Attack'
Hollywood star Tom Cruise is planning to build a bunker at his Colorado home to protect his family in the event of an intergalactic alien attack, according to new reports.
The Mission Impossible actor, who is a dedicated follower of Scientology, is reportedly fearful that deposed galactic ruler 'Xenu' is plotting an evil revenge attack on Earth.
Quote from : How to Build a Bunker : E-How
You don't have to be in active warfare to want a bunker.
If you have lots of land and like to play games like paintball, then having a bunker can add a new dimension to the game.
Whether it's for safety or fun, here's how to build your own bunker.
Difficulty: Moderately Challenging Instructions
Step 1 - Check the zoning for the land you want to build the bunker on. Many cities have strict guidelines on construction and require plans to be submitted and approved before any building or additions take place on a property.
To avoid fines, contact your local building department.
Step 2 - Decide the purpose of the bunker, how many people it needs to house and the accommodations that you would like to include when you build it.
A bunker built for a paintball war may need to house a few people but need little else.
A hunting bunker will likely only house one person, but would include a few more accommodations and possibly heat for the cold winter months.
A safety bunker for a family would be a more permanent structure that has the ability to keep a family comfortable and safe for a month or even longer.
Step 3 - Hire a licensed contractor for building a permanent bunker for emergencies.
These shelters need to have a protection factor of 40, which is the minimum in the United States.
These structures may also include fresh air ventilation, and account for any water leakage and ground water tables much like a basement.
Step 4 - Start digging.
Essentially a bunker is a hole in the ground, so that's the first step no matter what plan you choose.
Try to keep the walls as vertical as possible and continually measure to make sure that the hole you're digging fits the plan you have, especially if different levels are needed for the bunker.
Step 5 - Put in reinforcements while digging.
This will ensure that the hole's walls do not collapse during the process.
Temporary reinforcements can be made from 2-by-4s and can be switched out to rebar for concrete foundation if necessary.
Step 6 - Create a roof for the hole by using a structure of 2-by-4s and plywood.
Material that is waterproof or will repel the elements should be used to cover the plywood.
Account for any windows or entry holes while building the roof.
Originally posted by tothetenthpower
reply to post by SpartanKingLeonidas
I hear ya. Then again, Tom is the foremost scholar on "alien" invasions isn't he?
Then again, I dont' think an "underground" bunker would save you from advanced alien technology.
Leave it to Tom Cruise to hide in the underground closet....
~Keeper
Originally posted by wanderingwaldo
If you are building now, papercrete is fine. After TSHTF you would want to use something more available like wood and earth. Optimal being something like the earthship design with hard-packed earth-filled tires. Whatever you do, keep it camouflaged/underground, out of sight out of mind sort of thing. Earth-sheltered homes are great for this.
Originally posted by Hastobemoretolife
reply to post by SpartanKingLeonidas
That's cool. I wonder where it gets it's power from. I guess we could get a bunch of gerbils and put them on a treadmill.
Originally posted by tothetenthpower
I have a friend who actually bought an old missle silo somewhere in Europe and retro fitted it as his house.
It's comprised of multiple levels, all more important than the next as you move down.
Pretty ingenious I would think.
I told him all he was missing was huge bay doors and some camouflage.
~Keeper
Sit X to me is based on "threat" probabilities. There are many possible Sit X situations and I cannot plan for them all just the most probable.
Currently there are a few on the "high" list (such as EMP & Bio) but almost all of them have the same outcome -
Disruption of Electricity or Transportation for an extended period of time... that is it and really all that it would take.
No Transportation = No Food for 95% or more of the population within days.
OK - Primary threat identified
Solutions - Either go to a "pre-positioned" shelter with supplies within walking / bicycle distance or sit it out at the primary suburban residence (which is not the main plan).
Food runs out in days, Order quickly deteriorates, If winter - People will start burning anything to keep warm.. not a pretty scenario any way you look at it.
Authorities will go door to door to "centralize" food IF there is still an order structure in place to feed the masses. If the "authorities" realize that there is no help coming anytime soon, they will take it for themselves and "fortress" up. It may take a couple of weeks before this happens but if supplies start running low......
Otherwise, chaos will reign in any major populated areas as the desperate "have nots" take from anyone that still has in the area.
I would rather "quickly" get to my "concealed" shelter and wait it out to be truthful.
One, I hate it that I have to think this way but our population has turned into such "dependents" that most people don't even have 2 weeks worth of food in their houses. I don't want to harm anyone either in defense or being desperate enough to consider it because I didn't pre-plan for the "threats" that are plain as day to see. My solution: Stockpile food in a shelter and wait any major emergency out with my friends and family.... what else can I morally do? The chances of Sit-x happening increase every year and I would be a fool to do "nothing".
Grabbing a backpack and a gun and running into the woods is an idiots plan of desperation in most cases. Having a planned shelter with supplies is the only answer in my opinion.
Edit: One other thing - meeting up with "like minded" individuals may not be what you think.... Soon someone is going to have a "Leader" complex and possibly gain "followers" which may put you and your loved ones in an awkward position depending how bat-sh!t crazy the wanna be "leader" turns out to be. You may soon find yourself in a situation that is worse than going it small with your "trusted" friends and family.
Originally posted by Hastobemoretolife
reply to post by SpartanKingLeonidas
The problem with pykrete though is that you have to keep it frozen. I think the paperkrete method is more feasible.
I've been trying to think of ways to generate power, such as a turbine that rotates by magnets, to reduce friction. Then using compressed air to power it. You really wouldn't need much. The main thing about it all is that the SHTF scenario that we would be dealing with is the NWO and they will track down all dissidents and they have satellites so it would be difficult to hide solar panels and the like. Also if I'm building a bunker it would be inland for protection from tsunami's.