CORSICA BUKU YANG BERKAIT DENGAN «SPRINGING LINE»
Ketahui penggunaan
springing line dalam pilihan bibliografi berikut. Buku yang berkait dengan
springing line dan ekstrak ringkas dari yang sama untuk menyediakan konteks penggunaannya dalam kesusasteraan Corsica.
1
A Dictionary of Architecture and Landscape Architecture
37 arch horseshoe arch: usually associated with Islamic styles, such arches are
horseshoe (semicircular, narrowing towards the base below the springing-line,
on straight piers), pointed horseshoe (pointed with arcs continuing to narrow the
...
2
Transactions of the American Society of Civil Engineers
In the 190-ft. span, the spreading of Pier No. 3 1} 000 amounted to T\ in., or Ynnn
of ^ne span, corresponding to a stress 25% greater than for a fall of 40° Fahr., or
to 98 lb. per sq. in. at the springing line. For a solid arch having a thickness of 5 ft
...
3
American Highway Engineers' Handbook
Stress at springing line of arch (see Fig. 41a). On account of greater eccentricity,
the right side is selected. Thrust due to vertical loads = + 712 000 lb Thrust due to
rise in temperature of 22° C (40° F) . . = + 18 500 lb Total thrust at springing, line ...
Arthur Horace Blanchard, 1919
4
The Engineering Record, Building Record and Sanitary Engineer
6 in., or from the crown to the springing line at the side wall, it is circular. The
circular extrados of this half—barrel section is continued almost to the bottom of
the side walls, thus bringing the springing line of the arch below the original
ground ...
Charles Frederick Wingate, Henry C. Meyer, 1909
5
An Inventory of the Ancient Monuments in Anglesey
The following are some of the most usual forms :— Segmental :——A single arc
struck from a centre below the springing line. Pointed or two-oentred:~——Two
arcs struck from centres on the springing line, and meeting at the apex with a
point.
Royal Commission on the Ancient and Historical Monuments of Wales, 1937
6
An elementary course of civil engineering
From the form usually given to arches, the joint of rupture, which results from the
maximum of equation (7), will be found (Fig. CC) between the key-stone and the
springing line at some point as in; whilst the joint of rupture, for the minimum of ...
7
Manual of First and Second Fixing Carpentry
Figure 14.18 Tudor arch – variable method extended through G on the springing
line. With E as centre, transfer G to giveJ on the springing line. Again with E as
centre, transfer I, through K, to strike arc at L. With K as centre, transfer I to give ...
8
The Guide to Railway Masonry: Comprising a Complete Treatise ...
Draw A G perpendicular to C D, and make A G equal to the length of the
springing line. Parallel to A G, through D draw F E, and through C draw f H. Make
D E and C H each equal to the distance of obliquity. Join A E and A H, and
complete the ...
9
Practical Stone Masonry
Above the springing line AB is drawn the left elevation of the arch (Figure 5.30). B
is the mid-point of the span of the arch above which is drawn the centre line,
which becomes the joint line on the elevation. Below the elevation, draw the true
...
Peter Hill, John David, 2014
10
Civil Engineering (O.T.)
The clear vertical distance between springing line and the highest point on the
intrados is called the rise. Horizontal distance between supports is the span. The
perpendicular distance between the intrados and extrados is the depth of the
arch ...
