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15 <br /> (Ibir Result: Fastest installation, least amount of waste. <br /> --Layout openings from each corner towards the middle of the wall run. <br /> 5•-0„ 14'-0•• <br /> 3.2 Engineering <br /> Faswall structures are usually engineered. Typcially, ACI 318 is the basis for an engineered <br /> solution. Faswall® formed concrete structures may be utilized for 1-3-story buildings such as; <br /> 410. residences, motels, schools and commercial buildings. In addition they serve well for such <br /> structures as firewalls and retaining walls. They can also be engineered for use in specific <br /> locations in high-rise buildings. More complete engineering data is available from ShelterWorks <br /> that includes physical testing of the wallforms, load tables, fire testing,termite testing, acoustical <br /> testing, etc. ShelterWorks has an engineer that can discuss engineering details with the engineer <br /> on record for the project. <br /> 4.0 General Information and Getting Started <br /> The following technical notes contain recommended instructions for the practical use of <br /> Faswall® Wallforms. Jobsite conditions, worker experience, or other factors may sometimes <br /> make it necessary to deviate from these instructions,but under no circumstances should <br /> applicable building codes or standard construction practices be ignored. <br /> 4.1 Tools and Materials needed to install Faswall® <br /> Tools: <br /> ` - Circular saw or miter saw 7"— 12" diameter with carbide blades for specialty cutting. <br /> - Reciprocating saw with 12"-16" pruning blade for rough cutting the Wallforrns. <br /> shelterWorks General Application and Technical Information(GATI)version 2.5 <br />