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- An engineer’s scale is an instrument that is similar to a ruler and is used to measure scale on technical drawings. It is shaped like a long triangular prism, about 12 inches (30.5 cm) long, with each side of each point marked with a different scale for measuring. A total of six scales are used. The engineer’s scale is an important tool for reading blueprints in construction and civil engineering. - Source: Internet
- Make sure the Rescale Objects box is unchecked. (You’ve already rescaled, or resized, your objects in Step 1.) - Source: Internet
- Based on the scale you used to represent your project, different levels of detail will be required to allow the drawing to read as an architectural space. In the examples below, you can begin to see how detailing can affect the quality of a drawing set. At a scale of 1/8":1’ (1:96), walls are shown only as simple outlines relating to the wall’s overall thickness, and we only need the basic geometry of fixtures and furniture. At a larger scale such as 3/8":1’ (1:32), layers of materials that make up the wall construction are depicted, and more intricate detail is added to our fixtures and furniture. - Source: Internet
- Architect/Engineer or “A/E” means the Person identified in the Agreement responsible for providing professional design services and construction contract administration for the Project. The A/E shall be (1) a registered architect holding a license and certificate of authorization issued by the Ohio Architects Board pursuant to ORC Chapter 4703, (2) a landscape architect holding a license and certificate of authorization issued by the Ohio Landscape Architects Board pursuant to ORC Chapter 4703, or (3) a professional engineer or professional surveyor holding a license and certificate of authorization issued by the Ohio Engineers and Surveyors Board pursuant to ORC Chapter 4733. As used in the Agreement, the term A/E may include a criteria architect or engineer for a Design-Build project. - Source: Internet
- Many different scale ratios can be used, depending on the need. A typical engineer’s scale uses gradations that translate into large measurements, with 10 feet (about 3.05 m) being the usual minimum. Some instruments might even have markings for translating distances that are miles or kilometers in length. Such measurements might be necessary in laying pipeline or other large-scale tasks. - Source: Internet
- A scale ruler is a tool for measuring lengths and transferring measurements at a fixed ratio of length; two common examples are an architect’s scale and engineer’s scale. In scientific and engineering terminology, a device to measure linear distance and create proportional linear measurements is called a scale. A device for drawing straight lines is a straight edge or ruler. In common usage, both are referred to as a ruler. - Source: Internet
- For accuracy and longevity, the material used should be dimensionally stable and durable. Scales were traditionally made of wood, but today they are usually made of rigid plastic or aluminum. Architect’s scales may be flat, with 4 scales, or have asymmetric 3-lobed cross-section, with 6 or 12 scales. - Source: Internet
- Under the Imperial system of measure, scales are marked as a ratio of x inches-to-the-foot (typically written as x"=1’-0"). For example one inch measured from a drawing with a scale of “one-inch-to-the-foot” is equivalent to one foot in the real world (a scale of 1:12) whereas one inch measured from a drawing with a scale of “two-inches-to-the-foot” is equivalent to six inches in the real world (a scale of 1:6). This should not to be confused with a true unitless ratio (inches to inches) . - Source: Internet
- Looking at the above we can see that the doorway measures 1-1/2 feet on a 1/4′ scale. Unless this is a home for the 7-Dwarfs in the tale of Sleeping Beauty than the scale isn’t a 1/4″. Next we’ll try the 1/8″ = 1′-0″ scale as shown below. - Source: Internet
- And then there is that added complexity of which measurement system you use! In New Zealand, the metric system makes it fairly straightforward for us - with most scales being multiplications of 2, 5 and 10. The imperial system gets bit trickier. And converting between the two? That’s extra for experts. - Source: Internet
- Select the desired scale. 1" = 20’ Multiply the feet by 12. 20 x 12 = Scale Factor 240 - Source: Internet
- Architect means the person or other entity engaged by the PHA to perform architectural, engineering, design, and other services related to the work as provided for in the contract. When a PHA uses an engineer to act in this capacity, the terms “architect” and “engineer” shall be synonymous. The Architect shall serve as a technical representative of the Contracting Officer. The Architect’s authority is as set forth elsewhere in this contract. - Source: Internet
- We will also show you how to verify that the scale indicated on the drawings is correct. Often times the engineer incorrectly marks the scale or no scale is indicated, so having a way to verify the scale is important to an accurate takeoff. The scale is indicated in various locations on the drawing. Each engineer has their own preferred location. The scale is often found under the floor plan or section name description as such; - Source: Internet
- An engineer’s scale is a tool for measuring distances and transferring measurements at a fixed ratio of length. It is commonly made of plastic or aluminum and is just over 12 inches (300 mm) long, but with the only 12 inches of markings, leaving the ends unmarked so that the first and last measuring ticks do not wear off. It is used in making engineering drawings, commonly called blueprints, blue lines, or plans on a specific scale. For example, “one-tenth size” would appear on a drawing to indicate a part larger than the drawing on the paper itself. It is not to be used to measure machined parts to see if they meet specifications. - Source: Internet
- Our infographic showcases the underlying differences between architecture and engineering career paths, as well as the specializations in which students can study or practice. Which field is right for you? Check out our architecture vs. engineering infographic below: - Source: Internet
- What are the key differences between architects and engineers? Trying to decide on the right profession can be tough. Although architects and engineers perform many parallel functions, there are many differences between the two disciplines. Some may debate the merits of each field of study, but in the end, some people are simply better at one than the other. - Source: Internet
- In the United States, and prior to metrification in Britain, Canada and Australia, architect’s scales are/were marked as a ratio of x inches-to-the-foot (typically written as x”=1′-0″). For example one inch measured from a drawing with a scale of “one-inch-to-the-foot” is equivalent to one foot in the real world (a scale of 1:12) whereas one inch measured from a drawing with a scale of “two-inches-to-the-foot” is equivalent to six inches in the real world (a scale of 1:6). It is not to be confused with a true unitless ratio (inches to inches)– a 1:50 architectural scale would be a 1:60 unitless scale. - Source: Internet
- Select the desired scale. 1/8" = 1’-0" Invert the fraction and multiply by 12. 8/1 x 12 = Scale Factor 96 - Source: Internet
- For accuracy and longevity, the material used should be dimensionally stable and durable. Scales were traditionally made of wood, but today they are usually made of rigid plastic or aluminium. Architect’s scales may be flat, with 4 scales, or have a symmetric 3-lobed cross-section, with 12 scales. - Source: Internet
- Understanding the differences between engineering and architecture can help you determine which program nurtures your passion. For example, an architect is focused on designing and construction the form space, and ambiance of buildings and other physical environments, whereas, engineers ensure that the design will work by applying scientific principles. To become a licensed architect, one must pass the Architect Registration Examination (ARE). Engineers, depending on their specialization, may be required to obtain a professional engineer’s license. - Source: Internet
- When a large structure must be built, full-size drawings of the plan for the structure are rarely feasible. To overcome this problem, smaller drawings are created “to scale.” In other words, smaller measurements on the paper represent the larger measurements in reality. For example, an engineer might work from a scale drawing where a distance of 1 inch on paper represents 10 feet in reality, or a distance of 1 centimeter represents 10 meters, depending on the engineer’s preferred measurement system. - Source: Internet
- How to read an Architectural scale (mostly used for buildings in the U.S.). Architect scales, such as 1/4˝ = 1´-0˝ (1/48 size) or 1/8˝ = 1´-0˝ (1/96 size) - Source: Internet
- It’s easy to get carried away with detailing, but it is important to keep in mind the intended purpose of the particular drawing you are working on. As an example, see the window plans below. The drawing at 1/8"=1’ would probably appear as part of an overall building plan, where the specifics of detailing, visible in the last window drawing at 3/4"=1’, would not only not be useful but would also become a messy blur of lines. This may sound intuitive, however, as a designer moves in the digital realm, where modeling and drawing happen at ‘full scale’, one can fall into the trap of over-detailing, at the expense of the larger picture. - Source: Internet
- Scale drawings enable dimensions to be measured directly off of the page using an architect’s scale or a given graphic scale. On a 1/8":1’ scale drawing, the 1/8th divisions on the ruler can be read off as feet. Still, because of reproduction errors, it’s important to remember to include figured dimensions on the drawings that would be used for construction. - Source: Internet
- An engineer’s scale measures long distances rather than shorter ones because it is mainly used in civil engineering. A similar instrument called an architect’s scale is used for measuring smaller distances — for example, in determining space and dimensions within a building. The architect’s scale might have a system of markings where 0.25 inches (about 6 mm) on the tool represents 1 foot (about 305 mm) in actual space. - Source: Internet
- You will notice that the Viewport Scale in the charts below indicate a scale with the suffix XP. The suffix is AutoCAD nomenclature for changing the scale within a viewport. For instance, you would be in paper space on a sheet, then you would enter model space within the viewport, then you would type Z or Zoom and enter 96xp to scale the drawing to 1/8" = 1’-0" in paper space. Said a different way by Autodesk, “You can change the view scale of the viewport by using the XP option of the ZOOM command when model space is accessed from within a layout viewport.” - Source: Internet
- Reading a manual scale is easy if you understand the basics of each scale size. As shown in the image below there are two scales on the same side of the same scale. The 1/8″ and 1/2″ scales are show on the same side. - Source: Internet
- For example, at scales appropriate to site drawings (1/32"=1’ or more), buildings be simply represented by their overall outline, or “massing”, with no detail of interior walls or spaces. At a scale of 1/8"=1’ (1:96 or metric equivalent 1:100), walls are shown only as simple outlines relating to the wall’s overall thickness. At a larger scale such as 1/2"=1’ (1:24 or metric equivalent 1:20), layers of materials that make up the wall construction are depicted. Construction details are drawn to an even larger scale with even more detail, showing structural or aesthetic connections, and in some cases full scale (1:1). - Source: Internet
- In the United States, and prior to metrication in Britain, Canada and Australia, architect’s scales are marked as a ratio of x inches-to-the-foot (typically written as x″=1′-0″). For example, one inch measured from a drawing with a scale of “one-inch-to-the-foot” is equivalent to one foot in the real world (a scale of 1:12 measured from a drawing with a scale of “two-inches-to-the-foot” is equivalent to six inches in the real world (a scale of 1:6). It is not to be confused with a true unitless ratio. A 1:5 architectural scale (inches to feet) would be a 1:60 unitless scale (inches to inches) since there are 60 inches in 5 feet. - Source: Internet
- Engineer’s scales are used worldwide and can be purchased for use with either metric or imperial units. Although they are often made out of white plastic, it is also possible to buy wood and metal versions. Most engineers prefer to use a straightedge or common ruler to draw straight lines in the process of drafting a blueprint, but the engineer’s scale can also be adapted for this purpose if necessary. - Source: Internet
- For simplicity and clarity, CAD users draw buildings at full scale. For instance, when drawing a door in CAD, the door would be 3 feet wide and 7 feet tall. However, since these drawings get placed on sheets of paper that are much smaller, a scale factor is required so that the final drawing has a usable conversion factor. - Source: Internet
- Everything on the drawing has been drawn to some scale so it’s a matter of finding something that you know the dimension of and laying your scale down next to it to find the right scale. For instance, most doors in our local area and in the U.S. are about 3 feet wide, so if you measure a doorway it will let you know the proper scale to use. - Source: Internet
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