November, 2022 - Land & Architectural Survey Blog

What is strip foundation in construction of a building?

In construction, a strip foundation is a type of foundation that is used to provide support for a structure along a line or series of points.

Strip foundations are one of the most common types of shallow foundations. A strip foundation may be used for a variety of purposes, such as supporting a wall or fence, or providing support for a building or other structure.

Strip foundations typically consist of two or three strips as opposed to walls which are typically thicker. The thickness depends on the size of your home and how much load it needs to bear.

There are many different types of strip foundations, and the type used will depend on the purpose for which it is being used, the soil conditions, and other factors. Strip foundations can be made from a variety of materials, including concrete, brick, stone, or timber.

strip foundation with concrete at the construction site. start of building a house. — Example of strip foundation

What is a strip foundation?

A strip foundation is a type of foundation that is typically used in the construction of buildings. It is a shallow foundation that consists of a strip of concrete that is typically about 6 inches wide and 8 inches deep. The strip foundation is placed along the perimeter of the building, and its purpose is to distribute the weight of the building evenly across the ground.

Strip foundations are one of the most common types of shallow foundations. They’re used to support walls, and they’re often used in conjunction with piers or columns to support the weight of a house’s roof. Strip foundations typically consist of two or three strips as opposed to walls which are typically thicker. The thickness depends on the size of your home and how much load it needs to bear.

How is strip foundation constructed?

Strip foundation construction involves excavating a trench to the required depth, then pouring concrete into the trench to form a solid base for the strip foundation. The width of the trench will vary depending on the size and type of building being constructed. Once the concrete has cured, bricks or blocks are laid on top of it to form the walls of the strip foundation.

In strip foundations, concrete is usually poured in rectangular strips which are placed under the outer walls.

In a strip foundation, concrete is usually poured in rectangular strips which are placed under the outer walls. This type of foundation is also called a beam and slab. In this case, the beams get their strength from the concrete rather than steel reinforcing bars (rebar). If you have ever noticed that your sidewalk feels uneven or wavy, it’s probably because it sits atop a strip foundation underneath it!

Strip foundations are used in both residential and commercial buildings but they are typically found beneath only one floor of an apartment building or perhaps two floors of a single family home. After all, pouring concrete requires lots of labor and materials so there’s no sense wasting them on something that doesn’t need them!

Advantages and disadvantages of strip foundation

There are both advantages and disadvantages to strip foundation in construction of a building. On the plus side, strip foundation is less expensive than other types of foundation, such as a deep foundation. Strip foundation is also quicker and easier to install, which can save on construction time and costs. Additionally, strip foundation can be used on sites with poor soil conditions.

On the downside, strip foundation is not as strong as other types of foundation, and so it is not suitable for all buildings. Additionally, because strip foundation only goes down a few feet, it can be susceptible to damage from flooding or other water issues.

When is strip foundation used?

Strip foundation is a type of building foundation that is typically used for houses or other structures with a crawl space. The crawl space is the space between the ground and the first floor of the house. Strip foundation is typically used when the soil is not too soft and has good drainage.

Soil condition will also make a difference in deciding the type of foundation.

Strip foundations are one option for house foundations, but there are others.

Strip foundations are a type of foundation that is used for shallow foundations and in areas where the earth is too soft for a conventional foundation. Strip foundations can be used as an alternative to other types of house foundations, but they are not always the best choice.

The main advantage of strip foundations is that they require less excavation work than other types of house foundations. This means that you will save money on labor costs and materials, because there will be less dirt to move before construction can begin. This makes them ideal for quick construction projects where you don’t want to pay extra time or money just so that your contractor can dig out more soil and/or add more concrete below ground level (which would make it easier to install support beams).

Another benefit is that strip foundations are easier on topsoil than other methods—because they don’t require digging straight down into soft soil until they reach hard bedrock beneath it, there’s less chance of disturbing nearby trees or plants during construction!

Conclusion

A strip foundation is a type of shallow foundation that is usually used in the construction of buildings. It is typically composed of a concrete slab with reinforcement, which is then placed on top of the soil. The main advantage of using a strip foundation is that it can be adapted to different types of soil and terrain.

If you are looking for a setting out engineer to set out your strip foundation you can reach out to us here info@icelabz.co.uk

What are mechanical excavators?

In this blog post, we will explore what mechanical excavators are and how they are used. We will also discuss the different types of excavators and their respective benefits. An excavator is a construction vehicle that is used to dig holes, trenches, and foundations. It consists of an articulated arm and bucket that are attached to a rotating platform. The operator sits in a cab that controls the movement of the arm and bucket. There are three main types of excavators: crawler, wheeled, and tracked.

Each type has its own set of benefits and drawbacks that should be considered before purchase. Crawler excavators are the most versatile type of excavator and can be used in a variety of applications. They have a low ground pressure, which makes them ideal for working in soft or wet soil conditions. Wheeled excavators are less versatile than crawler excavators but are more maneuverable on hard surfaces. Tracked excavators have the best traction but are the least maneuverable. No matter what type of excavation project you have, there is an excavator that can help you get the job done efficiently and effectively.

What is a mechanical excavator?

A mechanical excavator is a construction vehicle that uses a bucket to dig into the ground and move excavated materials. Excavators are used in a variety of construction applications, including digging holes for foundations, trenches for utility lines, and clearing land for new construction projects.

There are two main types of excavators: crawler excavators and wheeled excavators. Crawler excavators have tracks that allow them to travel over rough terrain, while wheeled excavators have wheels that allow them to move easily on paved surfaces. Excavators are available in a variety of sizes, from small units that weigh less than a ton to large units that weigh more than 80 tons.

Operating an excavator requires special training and a valid driver’s license. When operating an excavator, the operator must be aware of the machine’s blind spots and be careful not to damage underground utilities or nearby buildings.

How does a mechanical excavator work?

Most modern excavators have a diesel engine that provides the power for the hydraulic system and transmission. The transmission is usually a hydrostatic transmission, which means that it uses hydraulic fluid to power the drive motors.

The hydraulic system is what moves the main arm and bucket. It consists of a pump, valves, and cylinders. The pump sends hydraulic fluid to the valves, which control the flow of fluid to the cylinders. The cylinders are what actually move the arm and bucket.

What are the benefits of using a mechanical excavator?

There are many benefits of using a mechanical excavator over manual labor when excavating. They include:

– Increased productivity: A mechanical excavator can do the work of multiple people in a fraction of the time, meaning your project can be completed much faster.

– Reduced costs: Hiring an operator and renting an excavator will cost less than hiring multiple manual laborers. You’ll also save on fuel costs since the excavator will use less fuel than multiple people working independently.

– Efficiency: An excavator can move large amounts of earth quickly and efficiently, meaning you’ll waste less time and resources on your project.

– Safety: Excavators are equipped with safety features that protect both the operator and those working nearby. When used properly, they minimize the risk of injury or death compared to manual labor.

Are there any disadvantages to using a mechanical excavator?

There are a few disadvantages to using a mechanical excavator. They can be expensive to maintain and repair, and they require a lot of fuel. They also have a limited operating range, so you may need to use multiple excavators to complete a project. If the excavator is broken your whole team or profess of work would be reduced on site.

How much does a mechanical excavator cost?

A mechanical excavator is a construction vehicle used to dig holes, trenches, and foundations. Excavators are also used to move large objects such as trees, rocks, and logs. They have a bucket attached to a boom that can be raised or lowered. The bucket is operated by a hydraulic system.

The cost of a mechanical excavator varies depending on the size and model. A small excavator may cost around £100,000 while a large one may cost more than £500,000.

Where can I buy a mechanical excavator?

There are many places that sell mechanical excavators. Some of the most popular places to buy them include online retailers, construction supply stores, and heavy equipment dealerships. When buying an excavator, it is important to compare prices and features of different models to find the best one for your needs. It is also important to read reviews from other customers to get an idea of which brands and models are reliable.

Conclusion

Mechanical excavators are an important type of construction equipment that can be used for a variety of tasks. While they are often used for digging and trenching, they can also be used for grading, loading, and more. If you’re in the market for a mechanical excavator, be sure to do your research to find the right model for your needs. And if you have any questions, feel free to ask us in the comments below!

What is Damp in buildings?

Damp is one of the most common problems in buildings, and one that is often misunderstood. Damp is defined as the presence of moisture in the air or on surfaces, and can cause a variety of problems in buildings such as mould growth, condensation, and rot. There are many different types of damp, and each type has its own causes and effects. In this blog post, we will explore the different types of damp, their causes, and their effects on buildings. By understanding damp, we can learn how to prevent it and how to fix it.

What is Damp?

Damp is the presence of water in the structure of a building, either in the form of liquid water or water vapor. Dampness can lead to serious problems such as rot, mold, and mildew, so it’s important to identify and address dampness as soon as possible. There are several ways to test for dampness, including using a moisture meter.

The Different Types of Damp

There are three main types of damp that can affect buildings:

1. penetrating damp

2. condensation

3. rising damp.

Penetrating damp is caused by water seeping through cracks or holes in the walls, roof or floor. It can also be caused by plumbing problems, such as leaks from pipes or toilets.

Condensation is caused by humid air coming into contact with cold surfaces, such as windows or unheated walls. It can also be caused by poor ventilation, which doesn’t allow the air to circulate properly.

Rising damp is caused by ground moisture rising up through the foundations of a building. This type of damp is less common than the other two, but it can be more serious because it can damage the structure of a building if it’s not treated quickly.

The Causes of Damp

There are many possible causes of damp in buildings, but the most common are:

– Leaking or burst pipes
– Flooding
– Condensation
– Rising damp

Leaking or burst pipes are one of the most common causes of damp, particularly in older properties. If you have a leaky pipe, it’s important to get it fixed as soon as possible to avoid any further damage to your property. Flooding is another common cause of damp, and can often be caused by heavy rains or storms. If your property has been flooded, it’s important to dry it out as soon as possible to prevent any further damage. Condensation is another common cause of damp, and is often caused by poor ventilation in your property. If you have condensation, it’s important to improve the ventilation in your property to help prevent it from happening again. Rising damp is another common cause of damp, and occurs when moisture from the ground rises up through your walls and floors. If you think you have rising damp, it’s important to get it diagnosed by a professional so that they can advise you on the best way to treat it.

The Effects of Damp on Buildings

Damp can have a number of effects on buildings, both positive and negative. On the positive side, damp can help to regulate the temperature of a building by providing insulation. Additionally, damp can also help to protect buildings from fire as it acts as a fire retardant. However, damp can also have negative effects on buildings, such as promoting the growth of mould and mildew and causing structural damage.

How to Treat Damp

Damp is a serious problem in buildings as it can lead to structural damage and health problems. If you think you have damp, it’s important to get it treated as soon as possible.

There are a number of ways to treat damp, depending on the cause. If the cause is external, such as rain or condensation, then you’ll need to take measures to keep the damp out. This might involve repairing leaks, sealing windows and doors, or using a dehumidifier.

If the cause is internal, such as rising damp or plumbing leaks, then you’ll need to get these fixed first. Once the source of the damp has been eliminated, you can then dry out the affected area and treat it with a suitable waterproofing product.

Conclusion

In conclusion, damp is defined as unwanted moisture in the building envelope. Damp can be caused by various factors such as rainfall, condensation, leaking pipes and faulty guttering. Damp can lead to health problems such as respiratory problems, skin irritation and mould growth. It is important to identify the source of the problem and rectify it to prevent further damage to the building and occupants’ health.

What is a feasibility study, and how do you write one for your construction project?

Before starting any construction project, it’s important to first conduct a feasibility study. This will help you determine if the project is actually achievable and worth undertaking. A feasibility study is essentially a research process that looks at all aspects of the proposed project. This includes everything from the budget and timeline to the construction methodologies that will be used. Conducting a feasibility study can seem like a daunting task, but it doesn’t have to be. This blog post will walk you through everything you need to know about writing a feasibility study for your construction project, including what to include and how to go about it.

What is a feasibility study?

A feasibility study is an important step in the construction project planning process. It is conducted to determine if a proposed project is technically feasible, financially viable, and suitable for the intended audience. The study also assesses the risks and potential problems that could occur during the execution of the project.

A feasibility study should be comprehensive and examine all aspects of the proposed project. It should consider the technical feasibility, financial viability, operational feasibility, legal feasibility, and schedule feasibility. Each of these factors must be given due consideration in order to make an informed decision about whether or not to proceed with the project.

The technical feasibility looks at whether or not the proposed project can be completed with available resources and within the required timeframe. This includes assessing the skills and experience of the construction team, as well as availability of materials and equipment. The financial viability looks at whether or not the project can be completed within budget and generate enough revenue to cover its costs. This includes assessing the projected costs of labor, materials, equipment, and permits. The operational feasibility looks at whether or not the project can be successfully operated once it is completed. This includes assessing the training needs of staff, as well as developing procedures for ongoing maintenance and repair. The legal feasibility looks at whether or not there are any legal restrictions that would prevent the project from being completed. This includes assessing building codes and zoning regulations. Finally, the schedule feasibility looks at whether or not there is sufficient time to complete all phases of the project before the intended date of completion.

You could take a look at the RIBA plan of work to get an idea of what is involved to deliver the project.

Once the feasibility study is complete, a decision can be made about whether or not to proceed with the project. If the feasibility study indicates that the project is not feasible, then it is typically abandoned. If the feasibility study indicates that the project is feasible, then the next step is to develop a detailed plan of action and begin construction.

Why is a feasibility study important for construction projects?

A feasibility study is important for construction projects because it helps identify potential problems and issues that could impact the project’s success. It also allows stakeholders to assess the potential risks and rewards associated with the project, and to make informed decisions about whether or not to proceed with the construction project.

How to write a feasibility study for your construction project

When you are planning a construction project, it is important to conduct a feasibility study to ensure that the project is viable and will be successful. There are many factors to consider when writing a feasibility study, including the cost of the project, the timeline, the resources required, and any potential risks.

The first step in writing a feasibility study is to define the scope of the project. What are you trying to achieve? What are your goals and objectives? Once you have defined the scope, you can begin to research the costs associated with the project. This includes materials, labor, permits, and any other fees that may be required.

It is also important to consider the timeline for your project. How long will it take to complete? Are there any deadlines that need to be met? What is the expected completion date? All of these factors must be considered when writing a feasibility study.

In addition to costs and timelines, you also need to consider the resources required for your project. Do you have all of the necessary equipment? Do you have enough trained personnel? Do you have access to all of the necessary materials? These are all important factors that must be considered when writing a feasibility study.

Finally, you need to consider any potential risks associated with your project. What could go wrong? What are the consequences of failure? By considering all of these factors, you can write a comprehensive feasibility study that will help you determine if your construction project is viable and likely to

What should be included in a feasibility study?

A feasibility study is a critical step in the construction project planning process. It is an analysis of the potential for a proposed project that assesses the project’s viability and its potential success. A feasibility study should include a detailed analysis of the following:
-The site of the proposed construction project
-The existing infrastructure at the site
-The projected demand for the construction project
-The financial viability of the construction project
-The regulatory environment for the construction project
-The technical feasibility of the construction project
-The risks associated with the construction project

Tips for writing a successful feasibility study

A feasibility study is an important step in any construction project. It is a detailed analysis of the project, its costs, and its benefits. A feasibility study can help you determine if a construction project is feasible, and if so, how to make it successful.

Here are some tips for writing a successful feasibility study:

1. Define the scope of the project. What are the goals of the project? What are the objectives? What are the deliverables?

2. Conduct a cost analysis. What are the estimated costs of the project? Are there any ways to reduce costs?

3. Analyze the benefits of the project. What are the potential benefits of the project? How will it impact the community?

4. Consider risks and challenges. What are some risks and challenges associated with the project? How can they be mitigated?

5. Create a timeline and milestones. When do you expect to complete each phase of the project? What are some milestones that need to be met along the way?

6. Write a clear and concise report. The feasibility study should be well-written and easy to understand. It should include all relevant information about the project, as well as your conclusions and recommendations.

How to use a feasibility study to get funding for your construction project

If you’re looking to get funding for your construction project, a feasibility study is a great way to do it. Here’s how to use one:

1. First, identify the scope of your project and what you hope to accomplish with it. This will help you determine the feasibility of your project and what kind of resources you’ll need.

2. Next, put together a budget for your project. Make sure to include all costs, both upfront and ongoing.

3. Once you have your scope and budget in place, it’s time to start writing your feasibility study. Include an executive summary, project description, market analysis, financial analysis, and risk assessment.

4. Once your feasibility study is complete, submit it to potential investors or lenders for review. They’ll use it to determine whether or not they’re willing to provide funding for your construction project.

What goes into a feasibility study for a construction project?

When writing a feasibility study for a construction project, there are many factors to consider. The first is the project’s budget. How much can you realistically afford to spend on the project? This will help you determine if the project is feasible in the first place.

Next, you’ll need to look at the project’s timeline. How long will it take to complete the project? Again, this will help you determine if the project is feasible.

You’ll also need to consider the resources required for the project. Do you have all of the necessary equipment and manpower? If not, can you reasonably acquire them?

Once you’ve considered all of these factors, you can start writing your feasibility study. Begin by outlining your goals for the project and what you hope to achieve. Then, outline your budget and timeline constraints. Next, detail the resources required for the project and how you plan to acquire them. Finally, provide your overall assessment of whether or not the project is feasible.

Who do you need to write a feasibility study?

A feasibility study is typically written by a project manager, an architect, a development manager or an engineer. However, anyone who knows the project’s scope and constraints can write a feasibility study. Background knowledge of construction from stage 0 to 7 may also be essential to identify the financial and technical restrictions.

Conclusion

A feasibility study is a key component of any construction project and should be given the attention it deserves. By taking the time to write a feasibility study, you can ensure that your construction project has a greater chance of success. If you need help writing a feasibility study, there are many resources available online and in libraries. With a little bit of effort, you can produce a high-quality feasibility study that will increase the chances of your construction project being successful.