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Craft of coffered ceilings. Passive solar building design - Wikipedia. In passive solar building design, windows, walls, and floors are made to collect, store, and distribute solar energy in the form of heat in the winter and reject solar heat in the summer. This is called passive solar design because, unlike active solar heating systems, it does not involve the use of mechanical and electrical devices.[1] Passive energy gain[edit] Elements of passive solar design, shown in a direct gain application Passive solar technologies use sunlight without active mechanical systems (as contrasted to active solar). Such technologies convert sunlight into usable heat (in water, air, and thermal mass), cause air-movement for ventilating, or future use, with little use of other energy sources. Stair Construction. Stair Construction The staircase, when carefully designed and built, adds dignity and charm to a home.

Stair Construction

The quality of craftsmanship displayed reflects the character of the entire interior of the building. In general, stairwork is considered a special field of carpentry. The main stairway, which may have several artistic features that are difficult to make on the job, is usually made in a mill and assembled at the house. Stairs which are usually built by the carpenter on the job include the porch and other stairs on the outside of buildings, and less important stairs within a building.

It is essential that every carpenter have the necessary information regarding the general principles involved in stair building, as well as knowledge of the layout and construction. Geometrical Stairs. Safety Precautions in. Stair Calculator - Stringers, Headroom, Floor Opening - Full Plans. Click Stringer diagrams to draw at stair angle or level Running Stringer Points (up stringer) Mark-out Running Stringer Points (up stringer) Mark-out Check local building regulations for minimum stringer throat depth.

Stair Calculator - Stringers, Headroom, Floor Opening - Full Plans

Running Measurements Vertically - Lower Floor to top of each tread (Possible landing heights. Blue = middle) Uncheck Restrict to allow extreme stair dimensions. Check Scale Rule checkbox to display a ruler at the same scale as upper diagram. Be sure to follow local building regulations regarding all stair dimensions. Create PDF files to print diagrams on current page. View page on Phone To fine tune Slider Controls click to select then use ◄► (cursor) keyboard keys. Lay your phone on an angle (roof, sairs etc) to directly calculate display and speak angle and pitch. ReARCHpart 2. Framing, Walls, Roofing, Mike Guertin. Whenever adding any type of dormer, it's essential to determine the roof load and design the load path transfer to the existing floor joists or roof rafters.

Framing, Walls, Roofing, Mike Guertin

Then you can ensure adequate bearing points, or add framing and install beams to carry the loads through the walls down to the foundation. It wouldn't be a bad idea to consult a structural engineer for guidance, especially on larger dormers. Gable Dormers Gable dormers get their name from the gable roof covering them. These dormers are built perpendicular to the existing roof plane, with their ridges extending out from the existing roof.

Bearing on the Rafters. I locate the position of the dormer and do as much work as possible inside the attic before opening up the roof. The existing common rafters that remain within the dormer opening area need to be cut and headed-off as if you were framing for a huge skylight opening. Making Shed Dormers Work. Shed dormers get a bad rap for being ugly.

Making Shed Dormers Work

While they offer a practical solution for adding square footage to the second floor of a 1-1/2-story home, shed dormers are often oversize, creating an awkwardly large mass on the roof. When designed with care, intent, and an eye for scale and proportion, however, shed dormers can enhance a home’s exterior while providing valuable space inside. Shed dormers (also called dustpan dormers) are defined by their single-slope, or monopitch, roofs. Although gable dormers seem to be more common, a well-designed shed dormer is sometimes a better choice. (You can find my tips in “Designing Gable Dormers” in FHB #245.) Because they can be much wider than gable dormers, shed dormers can provide more headroom and therefore more usable space.

The Homes of Stonebrook Cove - Online. Conway Corporation. Energy Efficiency Arkansas. Arkansas Energy Performance Contracting. Aging equipment and high utility costs?

Arkansas Energy Performance Contracting

Arkansas Energy Office. 2710 Stonebrook Cove, Conway, AR 72034. Stonebrook, Conway, AR. 2720 Stonebrook Cove, Conway, AR 72034 for Sale. Provided by BankRate Rates were collected by Bankrate.com on the dates specified.

2720 Stonebrook Cove, Conway, AR 72034 for Sale

Rates are subject to change without notice and may vary from branch to branch. APR and Payment examples shown do not include amounts for taxes and insurance premiums. The monthly payment obligation will be greater if taxes and insurance are included. These quotes are from banks, thrifts, and brokers, some of whom have paid for a link to their own Web site, where you can find additional information. Many lenders have different rates on their own Websites than those posted on Bankrate.com. Arkansas Energy Office. The Arkansas Energy Code is a combination of the International Energy Conservation Code and ASHRAE 90.1 standards.

Arkansas Energy Office

These standards in addition to the Arkansas Energy Code for New Building Construction Supplements and Amendments serve as the “Arkansas Energy Code” for residential and commercial builders in the state. Click here to view/download a copy of the Arkansas Energy Code Below highlights more detailed information for residential and commercial applications. The Arkansas Energy Office does not provide copies of the IECC or ASHRAE standards. To order copies please contact: International Code Council: 1-800-786-4452 or visit www.iccsafe.org American Society of Heating, Refrigerating and Air –Conditioning Engineers: 1-800-527-4723 or visit www.ashrae.org.