. A textbook on mechanical and electrical engineering . P/fOBLEM C B PROBLEM £3. ERY Engineer JO^Af 3M/ T/i. CL ^SSy/^ 4529. § 15 PRACTICAL PROJECTION 87 DRAWII^^G PIRATE, TITLE: INTERSECTIONS I 90, The IVIiter Line.—To represent properly the inter-sections of the surfaces of solids—or to draw the miterline, as it is commonly called—is the final process of pro-jection. It has already been remarked that plane surfacesintersect in a line ; the representation of the intersectionof plane surfaces is therefore a very simple process,the draftsman merely having to define
. A textbook on mechanical and electrical engineering . P/fOBLEM C B PROBLEM £3. ERY Engineer JO^Af 3M/ T/i. CL ^SSy/^ 4529. § 15 PRACTICAL PROJECTION 87 DRAWII^^G PIRATE, TITLE: INTERSECTIONS I 90, The IVIiter Line.—To represent properly the inter-sections of the surfaces of solids—or to draw the miterline, as it is commonly called—is the final process of pro-jection. It has already been remarked that plane surfacesintersect in a line ; the representation of the intersectionof plane surfaces is therefore a very simple process,the draftsman merely having to define each surface bythe application of the regular projection methods alreadyexplained. The intersection of curved surfaces is appar-ently more complicated, but only because it is necessary tolocate a greater number of points than are required for theintersection of plane surfaces. The location of points forthe representation of the intersection of curved surfaces isdone in a manner somewhat similar to that already shownin connection with the projection of plane surface
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Keywords: ., bookcentury1900, bookdecade1900, booksubjectmechani, bookyear1902
