Top 10 Construction Schedule Sheets Free Download

Construction projects are amazingly time-delicate and depend vigorously on schedules and cutoff times to arrive on schedule and on financial plan. Consequently, it's essential to actualize an assortment of construction schedules (from day by day to week after week to month to month) to guarantee you keep your construction project on target.

Advantages of keeping a construction scheduling sheet

Notwithstanding keeping your project moving, you'll need construction schedules to do the accompanying:

• Keep the client circled in on when they can anticipate that their project should be done, or make clients mindful of any hiccups or barricades in the schedule.
• Advise your client and all project partners of any obligations or cutoff times that they have to meet.
• Schedule extra gatherings associated with your project, similar to subcontractors, auditors, designers, and so forth.
• Foresee the income of the project (or then again, the expense of the project).
• Give clear correspondence between the project manager, the construction laborers, outsider merchants, partners, and clients.
• Keep desires lined up with the genuine schedules and expectations of the project.

What to Do Before Making a Construction Schedule

Before you make a plunge and start mapping out your construction project, you should initially guarantee that you comprehend the project and every applicable errand related to it. Also, know about every single potential detour that would upset the first timetable.

To guarantee you are thinking about all project errands and their related imperatives, start by causing a rundown of undertakings that must be finished all through the span of your project. Incorporate a nitty gritty portrayal of each, and separate errands into subtasks when fundamental.

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Published By
Rajib Dey
www.constructioncost.co
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What is Plane Table Surveying

Plane Table Surveying is used in ad-hoc surveying and designing situations. In this, survey fieldwork and plotting work is done simultaneously. Therefore, there is no need for office work. This is best adapted to situations where high precision is not required. Thereby, it is greatly useful for small-scale mapping operations.

Instruments used in Plane Table Surveying - The Plane Table survey method uses very simple instruments. These are available everywhere.

1. Drawing Board: It is a board made of seasoned wood. They are available in many sizes. Generally, the field work is done in 40 cm by 30 cm boards. They also use the 75 cm by 60 cm boards, for larger work. In the field, a tripod is placed under the board with a ball socket in it. This enables the surveyor to draw on the board from any angle.

2. Alidade: An alidade is basically a ruler with a telescope. This is used on the drawing board to draw lines and rays according to the field. The alidade may also have a spirit level on it.

3. Compass: A tough compass is used to find the magnetic meridian of the place. Generally, the compass used in survey work also has two bubble tubes at right angles to each other.

4. Plumbing Fork: It is a rod with a plumbob attached to one end. This is used to ensure that other equipment is aligned perfectly vertically, when needed.

5. Spirit Level: It is a tube of liquid with a bubble inside it. The tube is slightly bulging in the middle. This lets the bubble stay in the middle of the tube when the level is perfectly horizontal. This is used to make sure the drawing board, or other equipment are placed horizontally.

6. Waterproof cover: A waterproof cover is used to cover up the paper on the drawing board from rain or other splashes and dust. This is generally made of soft polythene.

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Published By
Rajib Dey
www.constructioncost.co
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Pier foundation and their types, advantages

A pier is kind of a big brother to a column. It is a support structure holding up great loads, and can take a lot of tensile strains as well. Piers are constructed in a dry place by digging out the soil in a large diameter hole and then filling it with reinforcements and concrete. A pile greater than 0.6 meter in diameter becomes a pier.

The pier foundation transfers the load on the pier to the ground via the bearing. It is generally a shallow structure placed on top of sound rock layer. Hard soil is also good for pier foundation construction provided they can take the load.

Types of Pier Foundation

There are two main types of pier foundations, namely:

1. Masonry or concrete pier
2. Drilled caisson

Which type of pier foundation will be used depends upon the depth of the hard bed, nature of soil, and the superimposed load.

Masonry or Concrete Pier Foundation

The name comes from the pier being made of concrete. Precast sections are manufactured in-situ or in facility. Then they are driven into the ground at location. The sections are generally reinforced with steel wires. At the bottom, a cast steel shoe is provided to hold the structure better and to transfer the load well. The cross sections of these piers are generally no more than 30-50 centimeters and they are no taller than 20 meters.

Drilled Caisson Pier Foundation

A drilled caisson is a large compressed member subjected to an axial load. The load is at the top and the reaction is at the bottom. These can be concrete caisson with enlarged bottom, a steel pipe caisson with concrete filled in it, or a concrete body caisson with a steel pipe core.

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Published By
Rajib Dey
www.constructioncost.co
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Porotherm Bricks : Properties, Advantages and Applications

Porotherm clay bricks are special type of bricks made using natural clay, coal ash, rice husk, and granite slurry. Apart from the common size 400x200x200mm, they come in various sizes. They help in providing walling system which aids in thermal insulation resulting in cooler interiors in hot summer and warm interior in cold seasons. These clays apart from being environmentally friendly, they are economical and easy to use.

Properties:

a. The compressive strength is greater than 3.5MPa.
b. High thermal and sound insulation.
c. Low weight.
d. High fire resistance.
e. Density range from 694 to 783 kg/m3.
f. Large size but light in weight.
g. Water absorption is around 15.

Advantages:

1. Environmental Friendly: Porotherm bricks are made up of recycled materials hence, they’re eco friendly.
2. Cost Effective: Porotherm bricks save lot of energy by cutting operation and construction cost.
3. Speed of Construction: Due to its lightweight nature and ease of handling, it increases the speed of construction.
4. High Durability: They’re highly durable and can easily resist fire and carbonation, thus possess long life.
5. Thermal Insulation: Perforation of these bricks results in great thermal insulation.
6. Good Strength: Porotherm bricks are manufactured at high temperatures. It’s composition includes teeracotta which adds strength to the brick. Compressive strength of porotherm brick is greater than 3.5MPa.

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Published By
Rajib Dey
www.constructioncost.co
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Advantages & Disadvantages of Flat Slab

Normal process of design and construction is to support the slabs with beams and support the beams with column. It is known as beam-slab construction.

The beams help in minimizing the existing net clear ceiling height. Often, in warehouses, offices and public halls, the slabs are used as a substitute of beams and they are directly supported with columns. These types of slabs are known as flat slabs.

A flat slab stands for a one-way or two-way system with solidities in the slab at the columns and load bearing walls are known as ‘drop panels’ Drop panels function as T-beams over the supports. They raise the shear strength and the rigidity of the floor system against vertical loads, thus the economical span range becomes greater.

Normally, the height of drop panels remains about two times the height of slab. The plan dimensions of the drop panels are a minimum of 1/3 of the distance in the direction being considered, normally rounded to the nearest 100 mm.

Flat Slabs are useful for most of the construction and for irregular column layouts like floors having curved shapes and ramps etc.

Types of Flat Slab Construction - Following types of flat slabs are commonly used in construction:

1. Simple flat slab
2. Flat slab with drop panels
3. Flat slab with column heads
4. Flat slab with both drop panels and column heads

The major features of a flat slab floor are a flat soffit, simple formwork and smooth construction. The economical span ‘L’ of a reinforced concrete flat slab is roughly D x 28 for simply supported, D x 32 for an end span and D x 36 for an interior span. Pre-stressing the slab raises the economical span to D x 35, D x 40 and D x 45 respectively, where D stands for the depth of the slab without the drop panel.

Benefits and Drawbacks of Flat Slabs

Benefits:

• Easy formwork
• No beams—streamlining under-floor services outside the drops
• Least structural depth
• Normally, shear reinforcement is not necessary at the columns.
• Saving in the height of the building
• Construction time is reduced
• Application of prefabricated welded mesh

Drawbacks:

• Medium extents
• Normally not ideal for supporting brittle (masonry) partitions
• Drop panels may obstruct with larger mechanical ducting
• Vertical penetrations should circumvent area around columns
• For reinforced flat slabs, deflection at the middle strip becomes important.

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Published By
Rajib Dey
www.constructioncost.co
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