Set: auto cad FINAL

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All 113 terms

TermDefinition
laminated beam2-3 layers of 2x4 that are glued together
sidingrequires a flush foundation edge
footingmeant to help support distribute weight of walls
cad precisionis 10x greater than a pane of glass
front & side viewsare called elevations
floor & foundation plansare called section views
nominal cabinet lumber sizes1x4, 1x6, 1x8, 1x10, 1x12
actual cabinet lumber sizes3/4" x 3' 1/2", 3/4" x 5' 1/2", 3/4" x 7' 1/4", 3/4" x 9' 1/4", 3/4" x 11' 1/4"
nominal construction lumber sizes2x4, 2x6, 2x8, 2x10, 2x12
actual construction lumber sizes1 1/2" x 3 1/2", 1 1/2" x 5 1/2", 1 1/2" x 7 1/4", 1 1/2" x 9 1/4", 1 1/2" x 11 1/4".
hardy plank sidingis usually 1/4" thick
exterior sheathingis usually 7/8" thick
vertical brick sectionshows all mortar joints
floor planis a horizontal section view
Model view-model spaceto draw the physical features of the building in full size. (black background)
layout view-paper spaceRelative to size of paper. To manage the appearance of the plotted page. (white background)
Layout view-model spaceTo apply standard architectural scales to a view point. (only to assign scale)
headerto carry the weight of the roof.
exterior doorsget 3 elevations -head, jamb, and threshold.
interior doorsget 2 elevations- head and jamb
sillHorizontal exterior member below a window or door opening. The wood member placed directly onto the foundation wall in wood frame construction.
stoolhorizontal interior member of trim below a window.
shim space1/4" wide used to plumb and level windows and doors.
normal frontalparallel to the frontal projection plane
normal profileparallel to the profile projection plane. (simplest type)
normal horizontalparallel to the horizontal projection plane.
orthomeans 90 degrees to.
ortho frontalperpendicular to the profile projection plane.
ortho profileperpendicular to the profile projection plane
ortho horizontalperpendicular to the horizontal projection plane.
Normal surfacesall of the true size information pertaining to a normal surface can be found by consulting a SINGLE orthographic view.
orthographic surfacesYou must consult at least two orthographic views in order to find all of the true size information about a simple INCLINED plane.
Complex or oblique surfacesYou must consult at least 3 or more orthographic views in orde rto fine al of the true size information about a complex INCLINED plane.
right viewprofile
top viewhorizontal
front viewfrontal
roof spanentire distance from outside to outside.
partial revolved sectionto show relief or texture of surface.
section drawingsare usually drawn in 1/4" scale.
1. plot plan1" = 20.00 same as 1/20xp. OR 1" = 10.00 same as 1/10xp. (engineers scale not architect)
2. foundation or basement plan1/4" = 1' - 0" same as 1/48xp
3. first floor plan1/4" = 1' - 0" same as 1/48xp. utilizes cross-referencing information such as; doors, windows, and casework elevations.
4. second floor plan1/4" = 1' - 0" same as 1/48xp
5. exterior elevation1/4" = 1' - 0" same as 1/48xp. They are usually designated as N,S,E,W or Front, Rear, Right, Left.
6. transverse section1/4" = 1' - 0" same as 1/48xp. identifies exterior building finishes.
7. Wall section1/2" = 1' - 0" same as 1/24 xp OR 3/4" = 1' - 0" same as 1/16xp. purpose is to identify various material in detail.
8. interior elevations1/2" = 1' - 0" same as 1/24xp. includes casework, stair cases, fire places, and other ornamental interior finishes.
9. casework section details1" = 1' - 0" same as 1/12xp. Details should be cross-referenced to associated casework elevations.
10. door list scheduledrawn in paper space. Cross Reference system for door types, sizes, and section details.
11. door type schedule1/2" = 1' - 0" same as 1/24 xp. Should exhibit the types of doors found in list schedule and should be cross-referenced to the door frame details along with the door list schedule.
12. door frame details3" = 1' - 0" same as 1/4xp. Should be organized in vertical columns and must be cross-referenced to the door list schedule and explain the jamb, head, and threshold details for each TYPE of door.
13. window list scheduledrawn in paper space. cross reference system for window types, sizes, and section details.
13 cont. Window type scheduleshould exhibit types of windows given in the window list schedule and easily cross-referenced to the window frame details.
14. Window frame details3" = 1' - 0" same as 1/4xp. This includes the head, jamb, and sill details for each TYPE of window and should be organized in vertical columns. They must be easily cross-referenced to the window list schedule.
15. Miscellaneous DetailsIncludes items that could not be classified on any of the preceding categories.
Flush doorssolid core (commercial) Hollow core (residential). Constructed on lumber frame with solid wood veneer over the top.
studruns from the floor to the top plate.
crippleruns from the floor to the header.
Header2x12 that spans the top of a door or window opening.
double hung windowHas two sashes that operate vertically, allows 50% maximum ventilation,.
casement windowside hinged sash the opens out with a crank and allows for 100% ventilation.
Horizontal sliding windowsWindows that slide horizontally. Like a double hung window but horizontally oriented. Allows for 50% max ventilation.
Awning windowsA group of top hinged windows that open horizontally and are operated by a single crank that opens each unit simultaneously. Can be left open during rain.
Jalousie windowa group of small horizontal glass panels that operates much like a awning window, however, they aren't weather tight when closed.
hopper windowsmall sash windows that open either in or out and are combined with a larger fixed window.
palladian windowA tall semi-circular central window with straight headed side windows. Manufacturers refer to them as "cathedral windows".
skylightA bubble shaped roof window.
clerestory windowwindows placed high in the wall above the lower roof level.
Picture windowFixed glass units that usually become the center unit of several regular windows. Called so because there are no muntins that interfere with the framed view.
sashan individual frame into which glass is set.
stilevertical member on a door or panel.
railhorizontal member on a door or panel.
Panel doorConsists of various arrangements of panels that are surrounded by stiles and rails and are usually made of solid wood. Types include; french, dutch, louver, and jalousie.
French doorsglazed lights separated with muntins instead of panels.
dutch doorscut in half horizontally and each section operates on its own set of hinges .
louver doorshorizontal strips that are places on the diagonal for ventilation instead of panels.
jalousie doorssuitable for enclosed porches or warmer climates, has operating glass panel units inserted within the stiles and rails.
jambvertical members of a finished door opening.
casingthe trim around a window or door opening.
lintela horizontal support member across the head of a door or window opening.
flashingsheet metal or other material used in roof or wall construction to prevent water from seeping into the building.
principles of projectioninclined surfaces are not parallel to the upper horizontal plane therefore they do not appear in their true shape. The ridges of the roof are parallel to the picture plane and appear as full length or true size.
orthographic theorySaid to be the clearest method for showing true shapes, the relationship of features, and dimensions of an object. (ortho means perpendicular)
planes of projectionWhen the front, top, and side views have been projected onto the frontal, horizontal, profile planes.
orthographic viewsusually only includes the front, top, and side views. Other views that can be utilized are; rear, bottom, and left side.
adjacent viewsvertical- front, top, and bottom (equal width). Horizontal-rear, left, front, and right.(equal height)
non-adjacent viewstop, right, bottom, and left-side views.
methods of projectionpoint to point, glass box, two-view, depth,
true sizeis determined if a projection line is parallel to a plane surface.
foreshortenedif the plane surface is at an angle and its projected line is not parallel
roof typeslow gable, low hip, steep hip, dutch hip, continuous steep gable.
bird's mouthtriangular notch cut into rafters for horizontal bearing. found on a gable-roof rafter.
jack rafterruns from hip or valley rafters to the plates.
valley rafterthe rafter directly below the the valley formed by the intersection of two sloping roofs. usually runs from the valley to the ridge.
ladderused when there is a boxed overhang above the gable wall.
x-refa tool that allows one to import another's drawing into a sheet (parent) file that corresponds to a set of working drawings and is automatically updates any changes made.
very heavy line weightshould be used for the cutting plane lines and the titleblock 1 layer.
moderately heavy line weightobject lines, roof outlines, building section outlines, exterior elevation outlines.
moderate line weightwindows, door, and casework.
moderately light line weightclosely spaced object lines such as; sheet rock, sheathing, (floor plans) casing and moldings (door and window elevations).
moderate line weightall hidden lines and title block lettering, detail titles, and drawing notes.
light line weightsall dimensions and center lines.
very light line weightsall hatch patterns
3/32" = 1'-0"1/128xp
1/8" = 1'-0"1/96 xp
3/16"= 1'-0"1/64 xp
1/4" = 1'-0"1/48 xp
3/8" = 1'-0"1/32 xp
1/2" = 1' -0"1/24 xp
3/4" = 1' - 0"1/16 xp
1" = 1'-0"1/12 xp
1 1/2" = 1'-0"1/8 xp
3" = 1'-0"1/4 xp

Set Information

Terms 113
Creator kh1428
Created July 6, 2009
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