HAS
568
HIP
Mode of taking models from sulphureous springs, whosewaters are impregnated with Gypsum , i. 485.
Hacking, i. 486.
Half-Moon, i. 486.
Ravelin, ii. 360.
Half-Round, i. 486.
Half-Space, or Pace, i. 486.
Half-Teint, i. 486.
Treatise on, i. 486.
Half-Timbered Houses, i. 486.
Hall, i. 486.
Tetrastyle, i. 486.
Corinthian, i. 486.
Egyptian, i. 486.
Dimensions of, i. 486.
Examples of in England, i. 487.
Hall, different kinds of, i. 487.
Halving, i. 487.
Ham, i. 487.
Hammer, i. 487.
Hammer Beam, i. 487.
Hances, or Haunches, i- 487.
Hand, i. 487.
Hand-Irons, i. 487.
End Irons, i. 386.
Hand-rail, i. 487.
Hand-railing, i. 487.
Principles adopted in finding moulds, i. 487.
Nosings of steps, i. 488.
. Flyers and winders, i. 488.
Of helical solids, i. 488.
Method of forming a helical line, i. 489.
Technical expressions, i. 489.
To construct the falling and face-mould3 of a rail toa level landing, so as to have the grain of the woodparallel, i. 490.
To construct the face-mould of a rail to a stair upon a levellanding, in two parts, round a semi-circular newel, sothat the fibresof the woodmaymitreatthe joint, i. 491.To spring the plank for a level landing through twogiven points, so as to parallel the grain, i. 491.
To draw the scroll of a hand-rail, and to find the mouldfor executing the twist, i. 491.
To find the face-mould for the shank of the scroll, i. 492.To find the falling-mould, i. 492.
The method of forming thecurtail of the first step, i. 492.To describe the section of a rail of the usual dimensions,i. 492.
To describe the mitre cap of a rail, i. 493.
Hanging, i. 493.
Hinging, i. 495.
Hanging Style, i. 493.
Hangings, i. 493.
Hangs-over, i. 493.
Hard Bodies, i. 493.
Definition of Term, i. 493.
Hard, i. 493.
Hard Finishing, i. 493.
Plastering, ii. 307.
Hardening of Timber, i. 493.
Timber, ii. 489.
Seasoning of Timber, ii. 410.
Harmonic, or Harmonical Proportion, i. 493.Harmony, i. 493.
Harness Room, i. 493.
Hasp, i. 493.
Hatchway, i. 493.
Hatchet, i. 493.
Haunch, i. 493.
Head, i. 493.
Head, Jerkin, i. 493.
Jerkin Head, ii. 55.
Header, i. 493.
Heading Course, i. 493.
Bricklaying, i. 49.
Heading Course, i. 493.
Heading Joint, i. 493.
Heart Bond, i. 494.
Masonry, ii. 119.
Hearth, i. 494.
Heather Roof, i. 494.
Hecatompedon, i. 494.
Hecatonstylon, i. 494.
Heck, i. 494.
Heel, i. 494.
Heel of a Rafter, i. 494.
Height, i. 494.
Helicoid Parabola, or Parabolic Spiral, i. 494.Heliopolis, or the City of the Sun, Description of, i. 494.
Egyptian Architecture, i. 351.
Helix, i. 494.
Helmet, i. 494.
Hem, i. 494.
Hemi, i. 494.
Hemicycle, i. 494.
Hemicyclium, i. 494.
Hemisphere, i. 494.
Hemispheroidal, i. 494.
Hemitriglyph, i. 494.
Hendecagon, Endecagon, or Undecagon, i. 494.Heptagon, i. 494.
Heptagonal, i. 495.
Herbosum Marmor, i. 495Herring Bone, i. 495.
Saxon Architecture, ii. 406.
Hermogenes, i. 495.
Hewn Stone, i. 495.
Hexaedron, or Hexahedron, i. 495.
Hexagon, i. 495.
Hexastyle, i. 495.
Hindoo Architecture, i. 495.
Indian Architecture, ii. 2.
Hinges, i. 495.
Hinging, i. 495.
Hinges for various joints, i. 495.
Various methods of hanging doors, &c., i. 495.
Hip, i. 496.
Hip-Knob, i. 496.
Hip-Mould, i. 496.
Description of various parts, i. 496. .
Given the plan of the building, and pitch of the roof,to find the various lengths and angles concerned,whether the roof is square or bevel, i. 497.Hippium, i. 499.
Hippodrome, i. 499.
“ The Olympian, i. 499.