Cantilever Design

The structural design and construction of any given project ensures building strength and stability. The primary objective of this illustrated report is to propose and analyze the general structural point of view needed to adopt for a design with a 15-meter long cantilever structure. Among others, some of the most important parameters to be taken under consideration is dead load forces, docility rates, strength-to-weight ratio, material weight and strength, durability, tensile strength, design possibilities and detailed in planning. The architectural engineering of this project became a challenge and has a main focus on the interpretation of the issues addressed within a design and technical aspects of a very long cantilever structure. To

First of all, reinforced concrete will provide the foundation with exceptional load and forced load resistance, durability, thermal and acoustic insulation and fire safety. Although it seems a good material for building a living place, concrete can not withstand the rest of the cantilever design as it has a low strength-to-weight ratio and tensile strength. One of the best and tested materials to use for the structural design of the house is steel framing. Structural steel framing can provide the cantilevered house with a high strength-to-weight ratio, resistance to any anticipate force and long spacing capability. To decrease of any additional weight through the house will be fabricated with timber fittings. To start with, figure 1 illustrates the basic proposal for the structure of the

On the other hand, thought I eliminate the material as an ideal for a 15-meters cantilever house because no indications of its safety have been presented. But I seriously consider its advantages and the material of choice for the structure fabrication will be light-weight timber fitting and installations, inside and out. Not only to minimize weight but to maximize stability, durability and the aesthetic values of the design. Timber fabrication it's known for their sustainability and environment-friendly aspects, their good thermal and high acoustic performance. If the right wood is selected you can maximize durability and healthy living. The fabrication plan starts from the exterior. Oak will be used for the installation of the exterior design, due to its high moisturize resistance and permanence. A soften and even more low-weight material will be used in the interior fabrication, not only for coverage purposes but to enhance the beauty and superiority of the structure. Furnishing will be made with wood as well, to decrease even more the live load of the