High external stone walls are a great option for providing security and privacy, as well as creating a unique aesthetic. They can add an extra layer of protection that other barriers, such as chain link fences or wooden fences, cannot.
They can also help to reduce noise from your property, and provide a sense of privacy and refuge. Furthermore, stone walls can be aesthetically pleasing, adding architectural and historical interest to the landscape.
Stone walls often require little to no maintenance, which makes them a good option for sustainable use. Lastly, they can increase the value of your property, making them a great investment. Therefore, high external stone walls may be good for many reasons.
However, it is important to consider the local regulations and specific needs of your project before making a decision.
How much c4 do I need for high external wood walls?
When it comes to using c4 for high external wood walls, the amount you need will depend on the size, shape and condition of the wall. Some factors to consider include the height of the wall, the number of panels that need to be joined, the thickness of the wood, the material used in the construction, the type of c4 used, and any area that may need reinforcement or extra protection from dampness.
As a general rule, for a standard 8-foot-high wood wall, a single tube of c4 should be enough. It is advised to use two tubes of c4 for longer walls, or walls that may need greater reinforcement or extra protection against dampness.
Additionally, if you are using thicker wood, or if the climate or location of the wall requires additional protection, then more c4 may be needed. You should also ensure that the type of c4 you use is suitable for the job, as some types are not designed for external walls and may be prone to corrosion over time.
In any case, it is recommended to seek professional advice before undertaking any work involving c4, as incorrect application can lead to structural damage and a weakened wall.
How many stone is a stone high wall?
A stone high wall depends on the size of the stones used in its construction. Generally speaking, if large stones are used (18 inches in diameter or larger), one stone high would be equal to 18 inches.
If medium-sized stones (up to 9 inches in diameter) are used, one stone high would then be equal to 9 inches, and if smaller stones (3-4 inches in diameter) are used, one stone height would be equal to 4 inches.
Thus, a stone high wall could range from 18 to 4 inches in height, depending on the size of the stones used. Further, the thickness of the wall would depend on the number of stones tall the wall is. For example, if a wall is one stone high and large stones are used, the wall may be 18 inches thick; if a wall is two stones high and medium-sized stones are used, it may be 18 inches thick as well; if a wall is three stones high and smaller stones are used, the wall may be 12 inches thick.
How high can you build a stone wall?
Generally, effective stone walls should be no more than around 4ft in height and not exceed 6ft unless they need to be higher in order to support significant structural loads such as in archways, retaining walls, or terraces.
Additionally, if the wall will be subjected to extreme weather, additional structural supports may need to be incorporated to help support the wall. Additionally, the style of the wall and the individual stones being used can also affect the height.
For example, some thicker stones and cobblestones may only be able to support walls no more than 2ft in height, while other types of stones such as boulders and flagstones may be able to support walls over 8ft in height depending on their particular placement and shape.
Ultimately, the best way to determine an appropriate height for the wall is to consult with a qualified stone mason who can assess the intended use and then provide an expert recommendation.
How do you calculate quantity of stone?
Calculating the quantity of stone required for a project can be done by following this basic formula – length x width x depth x 85% / 100 = total tonnage required. The 85% allows for an extra 15% to account for any losses from wastage, over break and inaccurate measurements that might occur during the delivery, measurement and installation process.
For example, if you know that the length of the area you need to cover is 10 feet, the width is 4 feet, and the depth is 5 inches, you would use the following equation: 10 x 4 x 0.41667 x 85% / 100 = 1.25 tons.
This is the total tonnage of stone required for this area.
Another way to calculate the quantity of stone needed to complete a project is to use a reliable online calculator. Many sites, such as landscaping calculators, allow you to input the length, width, and depth of an area, as well as the type of stone desired, to calculate an estimated amount of material needed.
Finally, you can use a local stone supplier to help you calculate the quantity of stone you need. Many companies have reliable experts on staff who can help you select the perfect stone material and calculate the amount needed for your project.
What is the weight of a stone wall?
The weight of a stone wall will vary depending on the size and design of the wall, as well as the type of stone used. For example, limestone walls are generally lighter than granite walls, as limestone is usually a softer material.
A typical stone wall may weigh anywhere between 3,000-5,000 lbs per square foot. Additionally, the weight will be affected by the thickness of the wall and the amount of mortar used to hold the stones together.
If the wall is a retaining wall, it is likely to be heavier as there may be additional materials used to strengthen it – such as steel reinforcements or reinforced concrete – as these walls will need to hold back considerable amounts of weight.
How do you destroy a high external wall?
Destroying a high external wall typically requires the use of heavy machinery and/or explosives. Depending on the material it is composed of and how much of it needs to be removed, renting a hydraulic excavator, a bulldozer, or an industrial crane could be necessary in order to demolish it properly.
Alternately, if only a small portion of the wall needs to be removed, hire a crew with jackhammers or other small handheld tools to break away the area that needs to be destroyed. If the wall needs to be entirely destroyed, strategically placed explosives could be used to take it all down.
Placement of the explosives should always be done with the guidance of a licensed professional and should be followed with a thorough inspection of the surrounding area and any adjacent structures to ensure their safety.
Is it better to raid with rockets or C4?
For most situations, it’s better to raid with C4 due to its versatility. C4 can be used to breach walls, doors, and windows quickly and quietly. C4 is also quite inexpensive, making it a great pairing for any tight budget.
Rockets, on the other hand, require more precision and can cause more noise. They are also much more expensive, so they are not as practical if you are going to be raiding multiple locations. C4 is also much smaller than rockets and easier to transport.
So if you want to raid in a fast and efficient manner while still remaining quiet, C4 is the better option.
How much sulfur do I need for 8 Rockets?
The amount of sulfur you need for 8 rockets depends on a few factors, such as the size and design of the rockets and the type of fuel you are using. Generally, the amount of sulfur you need for 8 rockets will be about 4-8 ounces.
However, it’s important to factor in that different rocket types require different amounts of sulfur. For example, a large model rocket with a solid rocket engine may require double or even triple this amount.
On the other hand, a smaller rocket with a hybrid engine may require only half this amount, or even less. It’s important to research different rocket propellants for the specific type of rocket you are building, and make a detailed plan for how much of each propellant is needed.
How much damage does 1 satchel charge do?
A single satchel charge can do a lot of damage depending on its size and the explosives used. Generally, satchel charges are used in demolition, and can cause a lot of structural damage to buildings and other objects.
The amount of damage a satchel charge can do is typically related to its size and the amount of explosives it contains. Smaller charges may be used to punch holes in concrete walls or take out light machinery, while larger satchel charges may be used to demolish entire structures.
To put the potential damage of a satchel charge in perspective, in 2017 the U. S military successfully destroyed two buildings in Mosul, Iraq with a single satchel charge.