Sanitary, Heating and Ventilation Engineering: A General Reference Work, Volum 4American technical Society, 1918 |
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Sanitary, Heating and Ventilation Engineering: A General Reference Work, Volum 4 Uten tilgangsbegrensning - 1918 |
Sanitary, Heating and Ventilation Engineering: A General Reference Work, Volum 4 Uten tilgangsbegrensning - 1918 |
Sanitary, Heating and Ventilation Engineering: A General Reference Work, Volum 3 American Technical Society Ingen forhåndsvisning tilgjengelig - 2016 |
Vanlige uttrykk og setninger
1½ inches Architect back only List ball cock base boiler brass brick building cent center line circle circumference closet coat cock complete cone connection construction contract Contractor corner cost cube curve cylinder diameter distance drain boards draw drawn edge ellipse Enameled Engineers equal estimate faces feet figure finish fixtures floor foot front elevation Frustum furnished galvanized given heating horizontal lines hyperbola hypocycloid inch intersection iron pipe size isometric Isometric Projection joints labor letters List Price material method mortar nickel-plated oblique oblique projection obtained Owner parabola parallel party pencil perpendicular plaster Plate plumber plumbing polygon Portland cement prism Problem projection projection lines pyramid radius roof sand Sanitary shown in Fig side sink smoke pipe specification square Square Pyramid stone straight line surface T-square tangent tank terra cotta trap triangle true length valves vertical plane wall width
Populære avsnitt
Side 236 - A sphere is a solid bounded by a curved surface, every point of which is equally distant from a point within called the center.
Side 239 - Cycloid. The cycloid is a curve generated by a point on the circumference of a circle which rolls on a straight line tangent to the circle.
Side 231 - A Circle is a plane figure bounded by a curved line every point of which is equally distant from a point within called the center.
Side 201 - States harmless from and against all and every demand, or demands, of any nature or kind for, or on account of, the use of any patented invention, article, or process included in the materials hereby agreed to be furnished and work to be done under this contract.
Side 233 - Every circumference of a. circle, whether the circle be large or small, is supposed to be divided into 360 equal parts called degrees. Each degree is divided into 60 equal parts called minutes, and each minute into 60 equal parts called seconds.
Side 296 - ... element is taken from the elevation A, of either contour element. All of the elements of the cone are of the same length, so when the cone is rolled each point of the base as it touches the plane will be at the same distance from the vertex. From this it follows that the development of the base will be the arc of a circle of radius equal to the length of an element. To find the length of this arc which is equal to the distance around the base, divide the plan of the circumference of the base...
Side 309 - These are put on as if the group were made in one piece ; and the shadows cast by the blocks on one another are disregarded. All upper horizontal faces are light, all left-hand (front and back) faces light, and the rest dark. OBLIQUE PROJECTIONS. In oblique projection, as in isometric, the end sought for is the same — a more or less complete representation, in one view, of any object. Oblique projection differs from isometric in that one face of the object is represented as if parallel to the vertical...
Side 314 - V a little below, the guide lines, because if made of the same height as the others they will appear shorter. This is true of all capitals, whether of Roman, Gothic, or other alphabets. In the block letter, however, they are frequently all of the same size. There is no absolute size or proportion of letters, as the dimensions are regulated by the amount of space in which the letters are to be placed, the size of the drawing, the effect desired, etc. In some cases letters are made so that the height...
Side 303 - Fig. 49 shows a cube with circles inscribed in the top and two side faces. The isometric of a circle is an ellipse, the exact construction of which would necessitate finding a number of points; for this reason an approximate construction by arcs of circles is often made. In the method of Fig. 49, four centers are used. Considering the upper face of the cube, lines are drawn from the obtuse angles/" and e^ to the centers of the opposite sides.