Construction method of a six storey building using the Pres-Lam structural system.wmv

The newly developed patented multi-storey Post-Tensioned Laminated Veneer (LVL) timber structural system at the University of Canterbury in New Zealandis referred to as Pres-Lam. This is .Pres-Lam is an engineered timber system which consists of post tensioning structural LVL members. Pres-Lam is also an innovative environmentally friendly building material which exhibits high performance under seismic loads.



http://www.youtube.com/watch?v=xi_uMrRqsrQ&hl=en

Related : ห้องทดลอง โปรแกรมวิศวกรรม Electronics Gadget HD Ready LCD Televisions LCD TV Black Friday Shopping

Comparison between the bejing hotel fire and world trade centre building 7 collapse

be sure to watch www.youtube.com it's an outstanding piece of work that goes way deeper on this matter than this vid does. reupload from watch?v=AwV5amOxcv8 a very good short clip with a great song (though I don't like rap much I think this is very well done). I would like to note that I do not agree with everything in the song personally. all I personally stand for is that there are a lot of questions, but any connection to bush or other parts of US government has not been proven, but connection with al qaeda isn't proven any more thoroughly. for all we know it was the russians, israel, the chinese, bilderberg group or some other cause/explanation I can't come up with. what is needed is a very thorough and independent investigation in what really happened on that day. the 911 commission report, the commission itself and their investigation most definitely are a sham, and that saying it in the nicest way possible. music by conspirituality the song is ambushed visit www.youtube.com to see the official video. www.ae911truth.org for more info now, I've heard some people claiming there was fuel stored in building 7 and I'd like to mention that if you think about this, it doesn't make sense. 1 why was it needed to store fuel in that building? and why not in the basement/underground like in every gas station on the planet? 2:if there really was a fuel storage somewhere putting extra fuel on the fire this vid clearly shows that the fires simply weren't that bad. and there was ...



http://www.youtube.com/watch?v=pQRVvgwGh5s&hl=en

Friends Link : ตำแหน่งงานวิศวกรรมโยธา SEO Best & Cheapest Shearling Boot Civil Engineer Work Soap

Construction method of a six storey building using the Pres-Lam structural system.wmv

The newly developed patented multi-storey Post-Tensioned Laminated Veneer (LVL) timber structural system at the University of Canterbury in New Zealandis referred to as Pres-Lam. This is .Pres-Lam is an engineered timber system which consists of post tensioning structural LVL members. Pres-Lam is also an innovative environmentally friendly building material which exhibits high performance under seismic loads.



http://www.youtube.com/watch?v=xi_uMrRqsrQ&hl=en

Related : Buy Best Price Civil Engineer Buy Best Price Mascara Best Beauty

Building Your Own Home

Most people think building their own home involves vast knowledge of all aspects of the home building process. The impression of most people is they don't really know enough to build their own home. Let's face it, most of us know a little about the process. Some of us may know a lot about one aspect or the other involved in building a home. You may know how to paint or do carpentry work or lay tile, but you probably don't know everything about home building.

What is so different about building a home than the rest of major tasks that we take on in our everyday lives? Right now I am typing on my laptop over a wireless connection that is networked to the Internet. Do I know how all this works? Nope, I just knew how to put it all together and eureka, I can do it! Well we all know it is not that simple sometimes with computers, but my point is you don't need to know everything about something to do it.

In this age of the Internet with it's endless sources of information and connection to other people that have the knowledge you need, almost anything is possible. So why is building your own home any different? It isn't really, let me tell you why. First a little background about the building process.

Most of us buy a home that is built by a builder, or general contractor. The General Contractors hire Sub-Contractors to do the work, or essentially build the homes. The Subs put up the framing, roofing, siding, flooring etc... Normally the General contractors employ building supervisors to watch over the building process. They are the managers that have day-to-day contact with the subs. This process is not really complicated.

So what is so mysterious about building your own home? What do the builders have access to that you don't? Nothing, this is the fact that not to many people know. I built my own home. Am I some kind of rocket scientist, not hardly? The fact is you can save thousands of dollars and have the home of your dreams. We saved 40% and have a beautiful home that is exactly what we wanted.

You have access to the Building Contractors, House Plans, land, materials and financing. You just don't know it! You see the General Contractors just put it all together and present it to the masses, at a hefty markup of course!

Building your own home is very similar to all the other important tasks that you have mastered in your life. You study the information follow a process and commit to the task. Is it easy no, is it worth it, yes.

For more information about Building Your Own Home visit http://www.build-yourown-home.com/

Thanks To : Buy Best Price Laptop Black Friday Cheap Electronics Gadgets

Building Stages

At times you get confused on where to start from, how to move and what to do to jump-start your project. Knowledge of building stages also helps to save time and gives you the opportunity to plan ahead and reduce cost. When you are thinking of building a house what comes to your mind should be in this sequence.

(1) Concerning what type of house you want, what purpose is it going to serve? residential or commercial? or others, this will give you an idea of the location, and the size of land you need to get. It is however important you seek advice from your Architect on what type and size of land can suit your dream of what you are planning. After this you need to see-

(2) Your land speculator or agent, that will help you in getting land that soothes your purpose, a lot of them advertises on papers these days so getting one may not be too difficult. He arranges with the Omo Onile, pay their dues and you also get a lawyer to help you in preparing and checking the documents to make sure you are not buying a land that is Government acquired from the wrong person,and to avoid land with dispute.

(3) Now you need the local town planning authority in your area to make sure that land can be used for the purpose you have in mind and they can give first hand information about development pattern in this area ,Land under Govt acquisition would best be found out here.

(4) Meet the Land surveyor to demarcate your land and draw out the site boundary, he will also put the corner pieces demarcating your land from your neighbor.

(5) The drawings of the land surveyor is what the Architect will use to come out with a befitting plan after talking with you, he may also be responsible for approving the plan in town planning office.

(6) Is now time to move to site, for let's say 2-3 bedroom bungalow at starting, get 2 trips of sand, 2 trips of gravels, look for a secured place you can keep your bags of cement get a tanker or drum where you can always have water to use, after you must have cleared the site. Buy for a starter 1000 blocks or as calculated from your estimation.

(7) It is time of setting out, some bricklayers uses blocks to set out a foundation especially when it is a small building and the ground is level, or your Architect or Builder can collaborate with bricklayer to do this in a more complex plan. They will buy wood, ropes, nails and you have to pay for the services or based on contract as you deem fit.

(8) After setting out digging begins, then concrete is poured round the foundation, then blocks are layed by bricklayer on top of concrete to 3 or more coaches serving as the d.p.c level. It is then filled with sand and rammed (beating to make hard) then oversite concrete or German concrete is poured round to cover the d.p.c (for waterlogged, sloppy or sandy area you may need to apply reinforcements or Iron at the edges of building and nylon-like membrane is used to cover some site especially when there is a threat of water disturbances).

(9) Blocks are now laid to window base, 4 coaches or layers after marking out the doors, then after the 4 coaches you mark out the windows and go another 5 coaches, the entire opening in the house is now ready for concrete lintel.

(10) Get your Iron benders or welders, they will have to make their estimate the carpenter and the bricklayers are all going to work here the welder is responsible for cutting and bringing in the Iron, the carpenter makes the frame or boxes to accommodate the concrete, and the bricklayer with labours or casters pours and see to it that the boxes are properly filled with concrete. After this, add 2 more layers of block and you are ready for roofing.

(11) Get your carpenter, cost the timber or steel for larger projects. The covering roof proper that can be aluminum, asbestos, plastics, galvanised zinc etc.

(12) If you are thinking of conduit wiring or plumbing, then you need the help of electrician and plumbers now, and you can be putting your ceiling after or simultaneously.
Digging of your soakaway pit and connection of pipe services by your plumber should commence, and tillers or terrazo contractor if you are using one comes after plastering by the bricklayer, Electrical work also continues, fixing of door frames, wardrobes by furniture maker, windows and other accessories can also go along based on taste, style or pocket.

Related : Soil Test Sterling Silver Jewelry by TSW Diamond Necklace

Steel Building Construction

Steel building construction is the process of building a structure, using steel as the raw material. Steel is an advantageous building material that enables a simple and easy construction process. Steel building construction has 48% of the total market share of construction. It includes commercial buildings, industrial buildings, temporary shelters, storage units, churches and air hangers. The construction process differs with the style of the building. However, the basic steps are the same. Steel building construction is flexible than traditional building methods. Steel building construction is taken up by many architectural firms. It also provides the opportunity for do-it-yourself construction.

Planning and scheduling are the pre-requisites of steel building construction. The standard patterns include LRB, LR and LM. The design that suits the needs and purpose can be finalized from available patterns. In standard construction, the material fabrication is done at the site of the building under the supervision of the engineers, according to the custom design. Now, pre-engineered systems are available, in which 70% of the system fabrication is done in the manufacturer's factory and shipped to the construction site. The customer merely has to assemble the building kit on the ground. This reduces the labor and 2 or 3 people will be enough to erect this building.

The style of steel building construction is based on the space requirements. A building permit is essential to start the construction. The foundation is the basic step of onsite construction. Depending on the weather and soil conditions, an appropriate foundation lay out is selected. Concrete floor slabs or steel base rails have to be built. The main columns of the steel frame are embedded to the foundation. The building rafters are fixed to the columns with anchor bolts. The wall frames leave places for doors and windows. The roof sheet is installed on the purlins and wall girts with metal screws. Door and window installation is the final step in steel building construction. In case of arch construction, the arches that act as side walls as well as roofs can be erected from the foundation, one after the other. Insulation can be also added to the steel building.

Steel building construction offers benefits such as faster installation, sustainability and unlimited design flexibility. It reduces energy cost and the amount of waste material. It does not require any sophisticated tools for assembly. Steel constructions can successfully withstand natural pressures such as earthquakes, severe cold or hurricanes. New innovations in the color code and accessories will add to the aesthetics of steel building construction.

Visit : Soil Test Civil Engineering Civil Engineer Soilberry

Steel Garage Building Plans- An Easy and Savvy Solution

A steel garage is a perfect addition to any home. Steel garage doubles as a shelter for your vehicle, storage for tools and equipment, and can even serve as a working space for a do-it-yourselfer. Steel garages have become a favorite among savvy homeowners, as they are flexible, easy to build and very affordable. With a steel garage, you can store one vehicle or even a truck or a boat, even though you cannot accommodate a guest apartment or an office there. In any case, you can always choose a garage building plan that suits your needs without sacrificing space or look of your property.

When built according to garage building plans, a steel garage can cost you up to 40% less than conventional garages. With a steel garage, you can add a roof of your choice, install the doors and windows right where you want them, and of course, you can pick materials you can afford.

When picking a garage building plan, you must decide what your family needs. Would that be a two-car garage or a simple tool shed? With a clear idea in mind, take a look at your property and find a suitable space. You need to make sure that the garage has an accessible driveway and connection to the house for water and electricity. Avoid damp areas, if your property has them. To find the balance in form and function, you can add a steel garage to the side of your house. In fact, most garages today are attached to the house. Check your building permits and local building codes to make sure you don't violate any of them.

Steel garages are fairly easy to assemble, but even with the simplest plan, you need to consider if you have enough time and expertise to build the garage by yourself, or maybe you need to hire a contractor to finish the job. As for the tools, most of them you might already have. If not, you can always rent them instead of buying. The garage building plan will list all the tools you need. Expert constructors recommend having all tools on site before beginning construction.

Steel garage building begins with precise marking of the excavation area. Most likely you will need a contractor to excavate the area and build the garage foundation with anchor bolts enclosed.

When the foundation is ready, you can raise walls. Before lifting the steel sheets into place, make sure the bottom is correctly positioned. At this stage ensure you have some help with lifting and holding the wall in place while fixing it in.

The roof must be built immediately after you have finished constructing the walls to avoid any weather damage inside the steel garage. Roof trusses will sustain loads only when they are vertical. Carefully lift the trusses and set them in place. Now you are ready to add roof sheathing. Polyurethane or particleboard is the most common material.

Steel garage building plans allow you to build exactly the garage you have in mind to fit in perfectly in whatever style home you have. Best of all, complete steel garage building plans are available for any project with blueprints and detailed walkthrough for every stage of the construction.

Driven Pile Foundation Construction Survey

Structural Steel Detailing That Assures Building Stability

Structural Steel Detailing can be described as development of detailed drawings for fabricators which includes plans, drawings, reports and other essential documentation. It is a vital process of building and construction process. It becomes an important aspect for manufacturing and construction business. It is widely used in construction of residential and commercial building as well as marine, ship building, plants and industry setup. In the present era engineers, fabricators and contractors are using this technique to share their ideas and inputs. So it works like an information bridge.

Detailing is used to understand the specification of materials, dimensions, size and other relevant information. Structural steel detailing must be very accurate as it is the base of future building. All the firms must have to follow the international standards for steel detailing. A steel detailer must have skills like making drawings, reasoning, visualization, drafting and logic. The skills required as steel detailing is a very complex process and a single error can make big effect.

Various software like STAAD, RISA, SAP2000, RAM, PCA, SAFE, SDS/2, Tekla and ETABS used for structural detailing. The structural detailing services includes:

• Fabrication drawings, Shop drawings, Erection drawings, Field details, Framing Plans
• Sheet Metal layout and Detailing
• Working Drawings For structures
• Joist Detailing
• Post Tension Detailing
• Connection Detailing such as beam, Column and foundation connections
• Decking Layout and material list
• Material estimation, felt calculation and field placemat

Structural detailing assures the strength and stability of building against natural disasters. It also provides affordability that can't be getting by traditional buildings. In the past time stability of building was main question for structural industry. But improved technology for steel detailing solved that problem. Quality, weight of material, schedule and cost estimations is the key aspects of structural steel detailing.

Now a day's whole the structural industry using this technique widely. All the countries are using it in making of big infrastructure. Dubai is the great example for whole world.

ตำแหน่งวิศวกรโยธา Driven Pile Foundation

Can You Get Radio and Cable Signals Inside of a Steel Building?

Metal buildings have become a popular and effective way of storing supplies, operating a business such as a car repair shop, and storing excess items that are cluttering up the home. Trying to find space in your home for all of your loose and large items can be a difficult task. For many who have a steel building, they want to be able receive radio and cable signals. Often metal buildings receive low signals, however there are a number of simple and expensive things one can do to boost the signal.

Metal buildings can act as radio frequency barrier, stopping the signals from getting through the building. A Signal Booster is a device used to improve radio and cable signals in an area where usually good radio signals are poor because of barriers in the path of the signal. A signal booster will capture and amplify the signal. Signal boosters are very useful when trying to improve the signal where there is a difficult obstruction of the signal such as cement and metal.

Putting an antenna at the top of the metal building on the roof will capture a strong signal so one will get better results. An indoor antenna will be less effective. However, if you have a glass window, you could put an indoor antenna inside and point it toward the window so there in no metal interrupting the signal.

You can boost the signal by setting up an antenna on the outside of the house, particularly on the side of the house. You will then have easier access to the antenna if you have to make adjustments. There are tripods and mounting devices that one can purchase. Make sure the antenna is securely attached to the mount and the mount is also secure so damage will not occur during bad weather. As well, you may be able to mount the antenna to a truss or a purlin under the metal roofing.

One should play around with the direction and length of the antenna to get better reception. If the reception improves by the window or outside, you may want to get an outside aerial. Coaxial or 'screened' cable for a lead into the aerial should be used.

As well, wrapping a piece of insulated copper wire around the base of the amplifiers current aerial can help boost the signal. You can also hang the end of the wire out of a window to reduce interference from other electric devices, such as a refrigerator.

It is important to remember that during a bad weather such as thunderstorm, there can be an increase in voltage so you should be careful. Disconnect the aerial from the radio during a storm as well as unplug the radio inside the metal building. Signals can also be affected by mountainous terrain and tall buildings.

There are many things that can cause a poor signal. When it comes to a metal building, adopting a few amplifying measures can help one maintain a constant and consistent radio and cable signal.

วิศวกรรมโยธา