Practical carpentry, joinery, and cabinet-making [by P. Nicholson. by P. Nicholson, revised by T. Tredgold. [2 pt. Followed by] The elements of geometry [and] The Metropolitan building act, 1855 |
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Page 7
... CYLINDER is a solid , described by the revolution of a right - angled parallelogram about one of its sides . The side round which the parallelogram revolves is called the axis of the cylinder ; and the circles described by the ends of ...
... CYLINDER is a solid , described by the revolution of a right - angled parallelogram about one of its sides . The side round which the parallelogram revolves is called the axis of the cylinder ; and the circles described by the ends of ...
Page 8
... cylinder ; and all the lines , for a short distance , would differ insensibly from parallel lines . This is the construction shown at fig . 5. But as the sention of a cylinder frequently occurs , a more practical description of it is ...
... cylinder ; and all the lines , for a short distance , would differ insensibly from parallel lines . This is the construction shown at fig . 5. But as the sention of a cylinder frequently occurs , a more practical description of it is ...
Page 9
... cylinder ; then , with the length DE , and the breadth , tm , by any of the methods in Art . 7 , and those following it , describe an ellipsis which will be the section of the cylinder required . 39. Given the position of three points ...
... cylinder ; then , with the length DE , and the breadth , tm , by any of the methods in Art . 7 , and those following it , describe an ellipsis which will be the section of the cylinder required . 39. Given the position of three points ...
Page 11
... cylinder , and its length the length of the cylinder . If only a portion of the circumference of a cylinder is to be developed , as , for example , the portion Do , ( fig . 2 , pl . III . ) Draw the line DF through the centre C of the ...
... cylinder , and its length the length of the cylinder . If only a portion of the circumference of a cylinder is to be developed , as , for example , the portion Do , ( fig . 2 , pl . III . ) Draw the line DF through the centre C of the ...
Page 12
... cylinder . 51. To develope the soffit of a circular arch , which cuts obliquely through a straight wall . Let ABCD be the plan of the wall . ( fig . 3 , pl . V. ) From the point C , draw CGc perpen- dicular to CB , and produce AD to G ...
... cylinder . 51. To develope the soffit of a circular arch , which cuts obliquely through a straight wall . Let ABCD be the plan of the wall . ( fig . 3 , pl . V. ) From the point C , draw CGc perpen- dicular to CB , and produce AD to G ...
Other editions - View all
Practical Carpentry, Joinery, and Cabinet-Making [by P. Nicholson. by P ... Peter Nicholson No preview available - 2018 |
Practical Carpentry, Joinery, and Cabinet-Making [by P. Nicholson. by P ... Peter Nicholson No preview available - 2018 |
Common terms and phrases
17 Paternoster Row angle angle rib annular vault arch architrave axis balusters bead beam bend boards breadth centre circle circular column construction cornice cutting cylinder depth describe the arc diameter distance divided door draw a curve draw a line drawn edge elevation ellipsis equilateral triangle exhibits face-mould falling-mould feet Figure fixed floor framing frustums groin hand-rail height hinges horizontal hyperbola inches join joinery joint joists Kelly 17 Paternoster king-post length manner Memel method middle moulding number of equal number of points octagon ovolo pannels parabola perpendicular piece of timber pilaster plane plate points of division principal rafters proportion purlin Queen-posts radius ribs riser roof sash sash-frame scantlings semi-circle shows shutters side soffit square stairs steps stile straight line strength supported surbase surface tenon thickness tie-beam triangle truss vertical wall wall-plates width window