Driven Pile Foundation | Driven Sheet Piles | Precast Concrete Pile Suppliers

Driven Pile

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What Is a Driven Pile?

A Driven pile is a long, slender column provided to support resisting forces made from a material having a predetermined shape and size.

The driven concrete pile is a prefabricated element that was done on the ground by percussion, pressing, or vibration with the help of machinery.

Have you ever wondered how buildings are erected on the surface where the topsoil is feeble and nearly incapable of underpropping superstructures? The inadequacy of such characters to bear superstructure weight is covered and backed by a driven Pile.

In this article, we will be clueing in the readers on driven concrete piles; what Is a Driven Pile? It is its type, why it is constructed/used in buildings/structures, and other relevant questions.

This driven pile foundation is optioned for when constructing bridges and low-rise buildings, so a load of such structures could easily be borne.

Such piles are shoveled up to the hard layer in the soil(as the topsoil lacks the ability), where the needs of bearing and skin friction are met. This is precisely why driven piles are such of all.

How Does Driven Piles Work?

How Does Driven Piles Work

Dealing with driven piles may be quite complex for novices as you have no prior knowledge of handling such foundational piles.

Pilings work by shifting the load to a much deeper level than what is possible with a conventional shallow foundation. In piling, concrete/steel.

Wood piles are driven deep so that the foundation stays still, and whichever building sits on top wouldn’t be affected by any catastrophic or artificial event. These piles come in vertical forms like most of the foundational equipment.

One is sure to be baffled if they are told that these pilings were made of timber before things changed. Over time, the composition has observed a considerable change.

For now, concrete or buttressed concrete is used. These piles are stuck into the hard layer to avoid buoying up buildings or collapse of the same.

The execution method used in the construction of the driven plies is speedy, and it does not depend upon the local conditions. The driven plies are best suitable to be used in soil consisting of hard rocks.

Also Read: What Is a Caisson in Construction | Caisson Foundation Types

Purpose of Pile Driving

Driving piles deep into the deep structures could be for numerous reasons, with the prime reason being circumventing catastrophic situations that may lead to the uplifting of any structure sitting on the surface or even collapsing of superstructures like bridges or low-rise foundation buildings.

Once the pile is buried deep into any surface, the building that is most likely to be constructed on it would remain unwavering.

Especially when someone lives in an area where topsoil could easily be disturbed by water; these piled foundations come in useful and are always sought for.

Acceptance Criteria for Driven Piles Foundations?

The following heading delves into the prerequisites of such driven pile foundations. The following are the same conditions or criteria in question:

  1. The first condition for pitching on driven pile foundations over others is that the area/surface being dealt with has a layer of weak soil. Since the soil cannot by itself cannot hold up the weight of the building, the burden must bypass this layer and be shifted to the stronger soil layer or the rock, just below the weak layer of soil. This is the first acceptance criteria for going for driven pile foundations.
  2. According to the design and design, the pile should be driven up to the hard soil layer, which is identified as the termination level. The termination level mainly depends upon the information provided in the soil investigation report.
  3. Another condition for fixing such foundational piles is when buildings have exceptionally heavy concentrated loads- high-rise structures, bridges, and water tanks, just to name a few. In such a condition, one may be hyper-fixated on this alternative to fighting shy of overloading weight.
  4. According to the design, the pile should be driven up to the hard soil layer, which is identified as the termination level.
  5. The design of the driven pile and its selection of the termination level will be based on the information provided in the soil investigation report. When it reaches the termination level, the movement of the pile will get reduced.
  6. Such driven pile foundations may very well be capable of shoring up higher poundage than those spread footings that distribute the weight. If you happen to live in an area that fulfills the above criteria, you may have to consider inserting such vertical columns.

Types of Driven Piles

There are several types of driven piles one can choose from. You can go over them and see what works best for the soil structure and layer around you.

The different types of driven pile foundations are outlined below:

  • Steel Driven Pile foundations
  • Precast Concrete Driven pile foundations
  • Timber piles
  • Composite Piles

1. Steel Driven Pile Foundations

Steel Driven Pile Foundations

The first type of pile foundation is the steel-driven one. Since this material(steel) is quite readily available, the construction process can be carried through smoothly regardless of the location.

These steel piles(micro piles)can endure the heavy loads bestowed upon them by superstructures like bridges. For medium-level loads, other types could be chosen.

There is, however, a disadvantage of the same, and that is, it is vulnerable to rusting and corrosion. But again, since these aren’t directly exposed to oxygen(as they are placed beneath the topmost layer), the chances are low.

Also Read: Stone Cladding & Best Guide

These Steel Piles Foundations Have Further Classifications as Well, and Those Are:

1.1. Micro Piles:

Micropiles, which happen to be the first type within steel piles, are steel casinos crammed with concrete cement. The diameter of such micro piles is altered as per the load that will be sitting on them.

In certain situations where the load may be more than expected, a much-bolstered cage can be inserted into the pile for extra safety.

The reinforcement cage is also inserted into the pile to increase the pile load-bearing capacity.

1.2.H Pile Driving:

H Pile Driving is provided for bridge and heavy engineering / civil construction projects.

The next type within steel pile foundations is Hot rolled sections, popularly known as H piles. These hot-rolled pieces are welded together to strengthen their capacity, subsequently lasting a while.

These, however, are decided on in exceptional cases only. So, you may not find it lying around in any construction area.

1.3. Steel Box Piles:

To achieve the desired form and shape, four steel sheets are welded together to come up with a box shape or hollow box section, both of which can be used for construction purposes.

Once the sheets have been molded into the desired shape, concrete/cement is poured into the inner core part to bump up the lateral firmness and others. This cement-filling part cannot be passed over at any cost.

1.4. Screw Piles:

The next type of pile is screw piles, where cast iron screw shape piles are forced into the deep ends using rotary drilling. These, however, aren’t really as popular as the other methods. These are used as per the bearing capacity and nature of the soil.

1.5. Steel Railed Piles:

These are compounded of rails, and to achieve the ultimate form, three rails are welded at the top or the bottom. Again, the reason behind the welding up of two or more sections is to intensify the weight.

The cost of such piles is relatively minor when set against others. Since we are reusing the old rails, people pushed off as old; this could be considered green construction.

2. Precast Concrete Driven Pile Foundations

Precast Concrete Driven Pile Foundations

Up next, we have precast concrete-driven pile foundations. There are two types of such piles, and those are:

  1. Reinforced precast concrete piles
  2. Prestressed piles

A few things need to be kept in mind during the construction of concrete pile driving.

  • The first and foremost reason for using such piles is because of their high bending and axial stress attributes.
  • Since these are compounded of adequate cover and grade of concrete, they aren’t prone to any sort of deterioration. So, in this sense, they are more durable.
  • The minimum cover should be kept at 50mm for the durability requirements.
  • Use of Hard and sound aggregates, proper mix design, and compaction of the concrete should be done.

If the composition is not well taken care of, it could lead to deterioration. So when one fixes their sight on such piles, they strengthen them by prestressing, and the minimum cover to be maintained doesn’t fall less than 50mm. Additionally, since these are composed of concrete, there’s no glooming possibility of corrosion, and the cost is less too.

3. Timber Piles

Timber Piles

Traditionally, timber piles were used for the construction and erection of structures.

  • Over here,hard-driving trees, after their branches are gotten rid of, are used as foundational structures.
  • They have the following attributes: They lack the capacity to hold up enormous loads. They cannot stand hard driving, though they are capable of bearing applied forces and loads.
  • Since these are made off of wood, they may very well be easy targets for many species that feed on wood.

The design load of the timber-driven piles ranges between 150 KN to 250 KN, and the maximum load is about 300 KN.

4. Composite Piles

Composite Piles

The purpose of creating such piles was to come up with longer piles that don’t overrun the set cost.

Composite piles, as the name suggests, are composed of different materials instead of sticking to anyone. Also, the selection of the composites is pivoted on the needs and structure.

There are quite a few combinations you can witness, and those are:

  • Timber piling goes below the ground level, while concrete ones are placed higher than the ground level.
  • Pipes crammed with concrete form the lower part of the pile, while the other is constructed using concrete cement.
  • Up next comes the alternative of precast piles being the upper section.

The main disadvantage of this type of composition is the weakness of the materials at the joints, and there’s barely any method to guarantee it.

Construction of Driven Piles and How They Are Placed

  • The structure of such piles isn’t complex. Driven piles, popularly known as precast piles, are readymade elements(timber, steel, cannot, or concrete) dumped deep into the ground or the soil structure of any area by the methods of percussion, vibration, or pressing. This activity is carried out using apropos machinery.
  • There are mainly two types of methods in constructing the driven piles: conventional methods and Hammer going ways.
  • In the conventional method of constructing the driven piles, the force is applied to the banks by a falling weight and falling into the bank. It should be ensured that the applied load should not exceed more than the capacity of the driven pile.
  • The second method is the Hammer-driven pile which is very easy compared to the conventional way. Generally, the precast piles are constructed with a length of 6m due to transportation issues.
  • If any constructor considers this method, they needn’t be worried about the execution, and this doesn’t take much time as they are impervious to local conditions.

Driven Piles Advantages and Disadvantages

Driven Piles Advantages and Disadvantages

Advantages of Driven Piles Foundation

There are several advantages of choosing driven piles over other foundations:

  1. The first advantage is that these driven concrete piles can be precast as per the requirements.
  2. Driven concrete piles can be made in advance, as a result of which progress is fastened.
  3. There’s no extra work that one needs to be involved in post-completion, for the job is extremely neat today.
  4. Since most of the activities at the site are handled by machinery, minimal supervision is required.
  5. You won’t need any extra storage space to keep the elements, machinery, and materials.
  6. Driven piles are the best alternative in places where drilling holes is strictly prohibited for known and apparent reasons.
  7. There’s minimal to, and fro movement as everything is at the site, so you won’t have to go to any other place as compared to other piling methods.
  8. Since the equipment and installation methods are given the green signal in terms of quality and time-bound features, it is highly unlikely that something will go wrong.
  9. These driven piles maintain their shape amidst the installation and post-installation as well.
  10. The pile is driven into the granular soil, which compacts the adjacent soil mass and increases the bearing capacity of the pile.
  11. The involvement of the technical staff in the construction of the driven pile is less.
  12. There will be no effect of the groundwater table on the construction of the Driven pile.

Also Read: 20 Plumbing Pipes Materials Used to Make Plumbing Pipes

Disadvantages of Driven Piles Foundation

There are also some disadvantages of driven pile foundations, which are as follows.

  1. The primary disadvantage of this alternative is that it requires advanced planning for getting the materials ready and also driving them off to the site.
  2. The other demerit of such an alternative is the uncertainty of holding up burden during transportation and installation; for this, precast and prestressed concrete piles are required.
  3. Sometimes, the length cannot be determined just by looking at the site, so in some cases, cutting off the extra parts may be required, which can impede progress.
  4. Another disadvantage that we could think of is that these may not be suitable for places where there is a below-par drain tile system.
  5. Another major downside to opting for such foundations is that they are extremely noisy while being installed, so the chances of neighbors knocking on the door are high. Following up, the vibrations caused by the machinery can compound the pre-existing loopholes in any house, and the neighbors can bring the reason for the piling vibration.

Difference Between the Driven Pile and Bored Pile

The fundamental difference between the two is that the former is pushed straight into the surface structure, and the load bypassing the topmost layer happens through bearing or friction.

The latter, however, is typically poured in and the load is, by and large, shifted through the bearing. This is the significant difference between the two, which lies in their method of construction.

The Driven plies are mainly made from preformed material with a predetermined shape and size that can be physically inspected before or during the installation process. Whereas the Bored piles are the cast-in-place concrete piles.

The construction equipment required for the construction of the Driven piles is a crane, hammer, piling rig, etc., whereas the equipment required for the construction of the bored piles are drill rig, helper crane and spoil handling, etc.


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Frequently Asked Questions

What Are Driven Piles in Construction?

A Driven pile is a long, slender column provided to support resisting forces made from a material having a predetermined shape and size. The driven concrete pile is a prefabricated element that was done on the ground by percussion, pressing, or vibration with the help of machinery.

When Should I Use Driven Piles?

Driven piles adapt well to unique site conditions and restrictions. They are ideally suited for marine and other near-shore applications. There are no special casings required, and there are no delays related to the curing of concrete.

What Is the Main Difference Between Driven Piles and Drilled Shafts?

Driven Piles are Foundation support that typically uses steel, or precast concrete elements are driven into the soil with impact or vibratory methods. Drilled Shafts: Elements are formed by creating a drilled hole into which structural steel and concrete are cast or placed.

How Are Driven Piles Installed?

A Driven pile is a long, slender column provided to support resisting forces made from a material having a predetermined shape and size. The driven concrete pile is a prefabricated element that was done on the ground by percussion, pressing, or vibration with the help of machinery.

What Is Driven H Pile?

A driven pile is a long, slender column made of preformed material and has a predetermined shape and size that can be installed by impact hammering, vibrating, or pushing it into the ground to a design depth or resistance.

What Is Pile-Driving Equipment?

Equipment designed to align and hold piles in the correct position and to drive the piles into the ground. Pile-driving equipment includes a weight-lifting device and a driver, which is usually mounted on a pile driver or on a truck, tractor, railroad platform, excavator, or crane hoist.

How Are Sheet Piles Driven?

The concept of sheet piling is pretty straightforward. Wherever a wall or siding needs to be held back, steel sheets are wedged into the earth at predetermined intervals. The sheets are driven into the soil with vibratory or impact hammers.

How Much Do Driven Piles Cost?

Steel pipe piles had the highest unit costs, ranging from $213 per meter for the 81.3-cm pile to $819 for the 154.9-cm pile. Unit costs for the PPC piles were lower, ranging from $72 to $197 per meter for the 30-cm PPC piles and $95 to $262 per meter for the 41-cm piles.

What Is Pile Foundation and Driven Piles?

Driven piles (precast piles) are prefabricated elements (timber, steel, or concrete), which are driven into the ground by percussion, pressing, or vibration, using proper machinery. The execution method used for this type of pile is fast and does not depend on local conditions, presenting good stability in soft soils.

What Is the Main Difference Between Driven Piles and Drilled Shafts?

Driven Piles: Foundation support typically uses steel, or precast concrete elements are driven into the soil with impact or vibratory methods. Drilled Shafts: Elements are formed by creating a drilled hole into which structural steel and concrete are cast or placed.

How Long Does It Take to Drive Piles?

Piles may be completely driven in one operation or, if directed by the state, be allowed to sit for 2 to 24 hours (or as indicated on the plans) before driving is resumed. Evaluate the procedure being followed for this project. Piles are either plumb (truly vertical) or battered per the plans.

Who Invented the Pile Driver?

It was invented by Karl Gotch, known as the Gotch-Style Piledriver, and is commonly used by NJPW wrestler Minoru Suzuki (Gotch’s protege) and Jerry Lynn.

How Many Piles Can Be Driven in a Day?

Installing the piles and foundations on a typical house extension can take 2-3 days. Drop weight rigs can install 5-10 piles a day, and top drive rigs can install 10-20 piles a day (depending on the depth driven).

Can You Drive Piles into Rock?

The increasingly powerful hammers available allow the driving of long piles into complex rock masses, sometimes of significant strength, but uncertainties regarding pile drivability often require the mobilization of drilling equipment to mitigate against the risk of refusal.

What Is a Driven Pile?

Driven piles are deep foundation elements installed using impact or vibration hammers to a design depth or resistance.

Difference Between Driven and Bored Piles

The fundamental difference between a driven pile foundation and a bored pile foundation lies in their point of manufacture. A driven pile is formed off-site under factory-controlled conditions, and a bored pile is manufactured on-site and in place.

Driven Pile

Driven piles, also known as displacement piles, are a commonly-used form of building a foundation that provides support for structures, transferring their load to layers of soil or rock that have sufficient bearing capacity and suitable settlement characteristics.

Driven Pile Foundation

A “driven pile foundation” is a specific type of pile foundation where structural elements are driven into the ground using a large hammer. They are commonly constructed of timber, precast prestressed concrete (PPC), and steel (H-sections and pipes).

Driven H Pile

Driven Piles are made from preformed material having a predetermined shape and size that can be physically inspected prior to and during installation, which is installed by impact hammering, vibrating or pushing into the earth. These may include timber, steel, or precast concrete piles.

Driven Steel Piles

Driven steel piles are used to make up the abutments and piers of short-span modular steel bridges. These piles are driven to the required depth to support the required loads, and a pile bent is installed along the top of the piles to support the bridge superstructure.

Precast Driven Piles

Precast driven piles
Driven piles can be made of precast concrete or steel H-piles. In some cases, pre-drilling may be necessary for dense soil to allow the pile to reach design depth. They can be installed in one length or jointed for deeper piles.

Driven Concrete Piles

Driven piles can be made of precast concrete or steel H-piles. In some cases, pre-drilling may be necessary for dense soil to allow the pile to reach design depth. They can be installed in one length or jointed for deeper piles.

Bottom Driven Piles

Bottom-driven piling is a type of piling technique that involves the use of an internal drop hammer in order to drive a crimped, closed-end thin wall steel casing into the ground in order to create stable foundations for a property.

Driven Timber Piles

Driven timber poles or driven timber piles are installed vertically in the ground in a triangular grid pattern to at least a 4m depth below the ground surface. A layer of compacted gravel can then be placed over the top of the installed poles, ready for the construction of new house foundations.

Precast Concrete Piles Cost

Precast Concrete Piles at Rs 2700/piece.

How the Steel Pile Is Driven to the Ground?

An oscillating driver is clamped to the top of the pile to induce vibrations in a pile and reduce friction along the sides of the pile, thus allowing the pile to be inserted into the ground with little extra application of force.

Driven Pile and Bored Pile

The fundamental difference between a driven pile foundation and a bored pile foundation lies in their point of manufacture. A driven pile is formed off-site under factory-controlled conditions, and a bored pile is manufactured on-site and in place.

Driven Sheet Piles

Using the pressing method, sheet piles are driven into the ground by using a hydraulic pressing method that jacks the piles into the required location. This method is based on each pile using the previously installed one’s reaction force to push the pile into the ground.

Driven and Bored Piles

A driven pile is formed off-site under factory-controlled conditions, and a bored pile is manufactured on-site and in place.

Pre Boring Driven Piles

Preborn method – Pile business (Construction)Inquiry. The pre-boring method is a method of digging up to a predetermined depth with an excavator, such as an auger or a rod, and then installing and inserting a pile into the hole.

Driven Pile Installation

Driven precast piles are installed using impact or vibration hammers to a design depth or resistance.

Steel Cased Driven Piles

Driven steel piles are used to make up the abutments and/or piers of short-span modular steel bridges. These piles are driven to the required depth in order to support the required loads, and a pile bent is installed along the top of the piles to support the bridge superstructure.

Timber Driven Piles

Driven timber poles or driven timber piles are installed vertically in the ground in a triangular grid pattern to at least a 4m depth below the ground surface. A layer of compacted gravel can then be placed over the top of the installed poles, ready for the construction of new house foundations.

Driven Pipe Piles

A pile hammer is used to drive piles into the ground, which compacts the soil around the side and leads to densification of the mass, and increases its bearing capacity. However, with saturated, silty, or cohesive, as opposed to granular soil, poor drainage quality does not allow for the same densification.

Mandrel Driven Piles

A mandrel acts to support the pile drivers and to hold the plastic pile rigid during the installation process. The process also acts to reduce resistance by clearing the soil ahead of the plastic pile.

Cost of Driven Piles

Precast Driven Concrete Pile Service, India, 600 Mm Max, Rs 365/running feet.

Driven Displacement Piles

Drilled displacement piles are a type of augered pile; however, instead of removing the material, the soil is displaced laterally into the surrounding soil resulting in a similar profiled regular shaft pile.

Precast Concrete Pile Suppliers

Precast, prestressed concrete pilings are the preferred choice for permanent, durable, and economic foundations—in building, marine, or bridge environments.

Driven Steel H Piles

A horizontal waler beam connects the pile heads together; this is in preparation for the excavation of the adjacent soil. A vibrating hammer (yellow) installs an H-pile. Alignment of the piles is ensured by the temporary guides on the ground surface.

Precast Concrete Piles Furnished

Piles are prefabricated, high-strength, prestressed concrete columns that act as a support or foundation for structures and bridges. In marine and coastal environments, concrete piles are a true workhorse and have greater longevity than wood or steel piles.

Bottom Driven Steel Cased Piles

Bottom-driven piling is a type of piling technique that involves the use of an internal drop hammer in order to drive a crimped, closed-end thin wall steel casing into the ground in order to create stable foundations for a property.

Driven in Situ Piles

Driven cast-in-situ (DCIS) piles are constructed by driving a closed-ended hollow steel or concrete casing into the ground and then filling it with concrete.

1 thought on “Driven Pile Foundation | Driven Sheet Piles | Precast Concrete Pile Suppliers”

  1. How interesting that you mention what a driven pile is. I am starting a new industrial business this year. I will find a reputable piling contractor to assist in the area.

    Reply

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