Floor Planner

Floor Planner is a 2D online floor planning tool. It is the top of the line, simple to utilize tool for making floor arrangement design for Windows and Mac. This article gives you insight regarding this stunning tool. By utilizing this tool, make your floor arrangement in the least difficult and simple manner. Peruse more to think about this software.

Insights on Floor Planner 2D

Floor Planner is the tool that makes you effectively design house floor plans. Right off the bat, start the Planner you will see an invite message. From that point onward, click the 'Start with a New Plan' button. And afterward you are prepared to begin designing your plan.

It is comprised of eight fundamental parts:

1. Menu
2. Toolbar
3. Objects Panel
4. Tools Panel
5. Grid
6. Properties Panel
7. Preview Window
8. Image options

Right off the bat, The Menu is at the extreme head of the application are the menu options. This alternative works like a menu in any application.

Simply click on any menu thing and a rundown of options shows up underneath. Also, the toolbar is a line of catches that permit you to rapidly perform normal activities. New Plan, Open a Plan, Save Plan, Print, Undo and Redo, Select/Move, Resize and more options are accessible in the toolbar.

Next, The Objects Panel is where you discover the library of the considerable number of doors, walls, and different objects. It causes you to make your floor plan.

Essentially click on an item and select it from the panel. And afterward click to put it onto the grid to begin making your plan. The objects are sorted out into various classes to make it less complex and quicker to discover explicit objects.


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Published By
Rajib Dey
www.constructioncost.co
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Industrial Roof Trusses: Understanding and Designing

The industrial buildings such as godowns and factory floors are often low rise structures with few or none internal walls. In such buildings, special Care needs to be taken while designing industrial roof trusses, since large spans need to support the entire roofing system without intermittent support. Trusses with roof covering materials make up of the entire roofing assembly here.

What are Trusses?
Trusses are triangular formation of metal sections, usually used to span large lengths in space instead of solid girders. The external load apply mostly axial forces on the members in a truss. Depending upon how the force is applied, trusses can be designed in the following two ways:

Plane Trusses: where the external load is placed on the plane of the truss.

Space Trusses: where the external load can be applied to any three-dimensional space within.

How are Trusses Built?
Trusses mostly consist of axially loaded members to support loads. The reason for this that when steel members are subjected to axial forces, they perform better in bearing that load, than members that are in flexure. This is because the cross-section of such a system is uniformly stressed under axial forces.

Trusses are very common in most architecture. Mostly used to span long distances, they are well suited to bear the load of single-storey industrial buildings. They can also be designed to bear gravity loads in long span floors. For the same reason they are also mounted to bear loads of long span bridges.

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Published By
Rajib Dey
www.constructioncost.co
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Thumb Rules to Follow While Designing Columns

Columns are essential support structures that are almost inevitably used in any construction projects. From ancient times, columns have been an indispensable part of erecting buildings, them being one of the most important load-bearing members. Obviously, one needs to be careful while designing such important structures.

As per the construction sciences and technologies, there are many rules applicable to specific columnar structures. However, there are some few basic rules of column designing that all engineers can keep in mind while designing most types of columns and similar vertical supports.

Today, we will discuss these important thumb rules of column design in this article. Needless to say, columns need to be designed keeping in mind the total amount of forces acting on the structure. But also, keeping these basic guidelines in mind can prevent architects and engineers from making silly mistakes.

Rule 1: Essentially, the size of the columns would depend upon the total amount of forces acting on the column. In short you can consider this as the total load on a column. This will make or break the column, so you need to be ensuring that your columns design can withhold this entire load and anything else that may come later.

That is, the total load on a column may be not only the weight of the structure that it bears, but also the movable materials that structure will bear. For example, while designing a multi-storied godown, you will need to care about not only the weight of the floor and the walls and the roof, but more also, the weight of the goods that are going to be stored on that floor. This can get pretty great in case of solid materials.

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Published By
Rajib Dey
www.constructioncost.co
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Case Study: Vista Tower, Chicago

The construction business in Chicago has always been successful, to say the least. The city hosts major buildings and modern landmarks, as well as widespread infrastructure expansions and land developments in the outskirts of the prestigious city. By analyzing and understanding some of the biggest projects in the city, completed or ongoing, we can realize the technology and the efforts that went into developing them. This is called case studies, which are one of the best ways to understand the construction industry overall.

Today we will look into the construction of the Vista Tower in Chicago. Located at 363 East Wacker Drive, Chicago, Illinois, the construction of this megaproject is still going on and is scheduled to finish by 2020. This is going to be the third tallest building in Chicago after the Willis and Trump Towers.

The official name of the complex is Lakeshore East, and it will host a mixed-use building with both residential and hotel usage. The Vista Tower is supposed to be 101 stories tall at 1198 feet (365 meters), and it will be divided into three buildings respectively of 47, 71, and 93 stories. The building was designed to contain 406 condos and 210 hotel rooms under the Wanda Vista five-star hotel.

Designed by Jeanne Gang, the Vista Tower is being constructed by the Magellan Development Group and the Wanda Group, who are going to pump in nearly a billion dollars into the project. Point to note here that when completed, the Vista Tower will become the world's tallest structure designed by a female architect.

The Tower's proximity to the Chicago River and Lake Michigan's lakefront park system will allow the building to define the skyline with a high level of prominence. The brilliantly imagined vertically stacked frustums (pyramids with the tops cut off) made of reinforced concrete will be adorned with a flowing glass facade, colored in gradients. The building will have 19 such frustums (at most) with spandrel covered floor slab edges, which is expected to create a unique visual texture for the outer skin.

The tower being so tall, may fall victim to wind-induced swaying. To prevent this, seven water-filled tanks are placed atop the tower. When the building is pressed by the wind to sway is a certain direction, the water in the tanks will slosh in the opposite direction which in turn will offset the swaying effect. Also, since this is not enough to prevent high powerful winds exerting more power on the building sides, there will be a large "blow-through floor", the first of its kind in Chicago, near the top of the tower which will let these winds through.

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Published By
Rajib Dey
www.constructioncost.co
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Top Ten Construction Projects in World

The Construction industry is something that never stops. To achieve more living space, better infrastructure, production facility, and development, we need to be building some stuff all the time, expanding our concrete footprint everywhere. These construction projects can range from small residential houses to giant skyscrapers or miles-long bridges.

Today, we will discuss ten of these construction projects in the world, which we consider as the largest of them all. These projects not only take up huge ground area, but they are also gigantic in scope, manpower and resource usage, economic and geographical impact, and they take quite some time to build. Some of these require very different kinds of technologies to construct, as you will see below. Our list of the top ten largest construction projects includes infrastructures, industrial, and entertainment complexes.

Al Maktoum International Airport, Dubai

Spreading over 21 square miles, the Al Maktoum International Airport is the largest airport under construction ever. While the construction has been scheduled to finish in 2018, it has been delayed indefinitely. The monstrous project will eat up $32 billion in the second phase only. When finished, the airport will be able to accommodate the movements and servicing of two hundred wide-body airplanes and other assorted aircraft at one time.

Jubail II, Saudi Arabia

One of the longest-running industrial projects in the world is Jubail II, running for over 22 years. It is an industrial city, comprising of over a hundred industrial plants, a desalination plant sized eight hundred thousand cubic meters, and an oil refinery capable of producing 350,000 barrels of oil every day. The grounds of this project will be crisscrossed with miles and miles of highways, railroads, and streets to connect it with the rest of the country. It has started the second phase of expansion worth $11 billion back in 2014 is scheduled to continue building till 2024.

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Published By
Rajib Dey
www.constructioncost.co
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