If you are someone preparing to build a new house in a hurricane prone region,Building Material Items in River Club you may wonder what construction material is the best for a hurricane proof house? When we ask that question we are typically referring to the frame (skeleton) of the home. The decision of what material to use on the frame a home is important, and there are several factors that go into that decision. Those factors include material cost, performance, and ease of construction. For those of us living in a coastal area, the material performance is of particular importance,A Construction Material but the other factors must be examined as well. This article compares two construction materials to build a house in a hurricane prone area. The majority of people will assume that wood is the only choice for residential construction, but I would encourage you to at least weigh the benefits of a concrete or other solution.
When we speak of wood construction, we are referring primarily of conventional wood construction using dimensional lumber and plywood. The frame is built with studs, rafters and joists. Conventional wood construction is either done on site (stick built) or partially in a shop (prefabricated). Examples of prefabricated wood construction includes wood trusses or modular homes built in the shop and delivered to a job site. The modular home industry is growing, and is even marketing itself to the high end housing markets. Other methods of constructing with wood include heavy timber framing, and structural insulated panels.
The biggest benefit to wood construction is its relative cost. Houses can typically be built less expensively with wood than with other material options. This is the primary reason that wood construction is so prevalent. Wood has been around for years, and has proved itself to be a viable building material to withstand the weather. Like any building material, however, when not constructed or designed properly, wood has come up short in the face of Hurricanes. So, it is possible to build a house to withstand hurricane force winds, but some measures should be taken to ensure that it is designed and built properly. An employer once told me that the most important thing to look for when designing with wood was the connections. Connections are king when it comes to wood, so pay special attention to this area. Most building departments require that some engineering be done to ensure that the connections, and other critical items, be evaluated before a permit is issued for the house.
When it comes to performance, there are many benefits to building a house with concrete. Concrete is strong, resistant to fire, decay, termites, and mold. This material is truly sustainable, and that includes sustaining a hurricane. This of course, assumes that the material is designed and installed properly. Concrete construction can be built using either forms, or by using preformed units (aka masonry or blocks).
The most basic method of installing concrete is to build plywood forms, and then pour the concrete walls and floors, which rest on a concrete foundation. The steel reinforcing is placed within the formwork prior to pouring the concrete. Forming the concrete can be labor intensive, and hence cost prohibitive. Insulated Concrete Forms, or ICF are one solution that have been developed to make concrete a more viable option for residential construction. The forms consist of Styrofoam, which is lighter and easier to erect than the plywood forms. Concrete masonry units (CMU) construction, consists of preformed hollow blocks of concrete that are stacked in place, filled with steel reinforcement and then grouted on-site. CMU is also commonly, and incorrectly, referred to as cinder blocks. This method is a widely accepted method in Florida for hurricane proof construction due to its reasonable cost versus the strength that the material provides.
A slight deviation from CMU is AAC, which stands for Aerated Autoclaved Concrete. AAC is a lightweight aerated concrete that is also preformed in standard size blocks, that can be stacked in place, and then filled with steel reinforcement and grouted on-site. AAC is a building material that is relatively new in the US. AAC is gaining popularity because it is lightweight, energy efficient, and is relatively simple to cut and install. I have seen details from the suppliers showing threaded rod systems used inside the blocks, but I would not recommend this practice. Rebar designed to work with concrete should be used inside of the AAC units, and not threaded rods.
I believe that concrete, whether it be formed-in-place concrete or concrete masonry, has inherit strength benefits that will naturally resist hurricane force winds. In addition a concrete option will bring other benefits such as resistance to mold, fire, and termites, as well as energy efficiency. Any of these concrete options will likely be slightly more expensive than wood when evaluated based on initial cost. That being said, it should be noted that the cost over the life of the Materials Needed For Construction, in addition to the up front cost should be considered. For example, a wood home typically costs more to insure than a concrete home. In addition, some states have tax deductions for using energy efficient materials such as AAC. Finally, you must place some value on the higher risk of a wooden home possibly not doing as well in a hurricane as a concrete home.
In making your decision of what material to use to build your hurricane proof home, you will likely compare cost, performance, and other factors. Do not merely assume that what everyone around you is doing will be sufficient for your home. Be aware that there are options to choose from, and it is important to consider which option is the best for your house and your preferences. Finally remember that price is important, but building a house improperly can cost you later.
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The exhibition stand is changing. In the past, exhibitors used heavy materials to set up an exhibition booth that was cumbersome to build and to move. Today, the focus on the use of lightweight materials, and in particular fabric, means that the exhibition stand is lightweight and less expensive.
Current trends in the exhibition stand design worldwide include an increased use of various materials such as fabric, an emphasis on lighting, creating a "box" design, building organic shapes, and using bold colours.
Fabric is the material most used in exhibit stands in current trends. Because fabric is light weight, and can be moulded to create eye catching shapes, it is the material of choice for the modern exhibitor. Fabric can be used as an accent or to construct an entire booth. The latest trend with fabric is the use of translucent fabric to display full wall graphics. Fabric can define the space as the part of the branding for the exhibition stand, while maintaining the open, airy feeling of space, so that attendees do not feel enclosed within the exhibit.
Wood is the next most common material to use, with metal the preferred finish for some industries, particularly health care, kitchen, bath, and the retail industries. Metal is difficult to damage and is therefore cost effective for use in long-term exhibits or exhibition stands that will be transported across the country to show in the various capital cities.
Ten years ago, many exhibitors simply used the available lighting within the exhibition centre. Now, it is virtually impossible to spot an exhibition stand that does not include separate lighting to accentuate or highlight products. Exhibition lighting has become an integral part of excellent stand design.
From halogens to gobos, from wash lights to spot lights, you can use lights in your exhibition stand design to create a mood, highlight particular products, and to create special effects that attract attention to your exhibition. Use lights to set your booth apart from the competition.
Exhibitor Magazine has annual design awards and at least 75 per cent of the winners this year have used a "box design". Although the box can be rectangular, oval, round, or whatever shape you like, the box itself is an exhibit that contains and delineates the space itself. Rather than use a traditional exhibition booth, and simply build the exhibit into the space remaining from the walls of the booth, the box design allows an exhibit to use the entire space allocated to the stand and to define the space without the use of booth walls. If your branding uses an oval shape, create an oval shaped exhibition stand within the space allocated, instead of using the traditional rectangle booth.
The use of new shapes is a trend that stems from the use of computer generated designs in exhibition stands. Curves, tombstone shapes, wave shapes, and other complex shapes are being used to add interest and movement to exhibition stands.
Graphics are also using shapes as part of the design. Graphics are now focusing on a single message and are becoming a large part of the exhibition stand. The latest worldwide trend in graphics is to take advantage of the new printing processes and turn walls into a full graphic that attracts attention. Designers are using shapes, such as ovals, to show the difference between the graphic and the wall.
Colours are definitely one of the trends that continually changes within the exhibition industry. One year aqua is all the rage and the next magenta red is the accent colour of choice. Using trendy colours can lead to additional expense when you have to change the colour scheme to meet the latest trend, or your stand will be seen as out of date. The latest colour trend is to mix conservative colours, such as black, gray, and tan, with vibrant colour accents. However, some exhibitors have experienced success by using aggressive colours for the entire stand, such as yellow, green, or orange. Using colour in lighting is also a popular trend.
The main trends in exhibition stand design are the use of fabric, lights, shapes, and colours to define the space in new and different ways that attract attention. If you want to have a trendy exhibition stand, pay attention to the design of the shape of your exhibition stand, and think outside the traditional "booth" approach.
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All different kinds of materials have been used to build a house. People have used wood, straw, brick and concrete. When you look at the materials, you also need to look and see what you want to accomplish. The materials need to accomplish the following:
a. materials must be used that can absorb a little bit of moisture and also get rid of the moisture without damaging the material
b. materials must be used that repel a large amount of water from leaks so that leaks will be discovered and repaired before mold is formed
c. materials must form a moisture barrier near the middle of the wall
The density of the material is an important characteristic to consider when choosing the best material to build a house with. At one time, people thought that the denser the material, the better the material to use. Through testing and field experience, it has been shown that materials denser than concrete can form mold in a very short period of time and this is even when exposed directly to sun and air.
The best materials to use to resist mold is dense concrete. When the materials that makes up concrete start to cement, or harden, the PH that is produced may help to prevent the growth of mold. The moisture that makes it way in can also make its way back out before mold and mildew are formed. For less dense concrete or porous concrete, water and moisture goes in and keeps traveling in and farther away from the edges on the outside of the concrete. This means that it takes longer for the water to be removed and thus allows mold and mildew to form.
This article has discussed when choosing materials to build the house with, what they must be able to do and which material is the best material to use to meet the goals set forth when getting ready to build the house.