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for heavy commercial , agricultural and industrial use(passive) is designedTruss Building
with a back - to - back collection of lacing members separated by the width of the flange thickness of an additional structural member(passive) are designedTruss jibs
with a back - to - back arrangement of lacing members separated by the width of the flange thickness of an additional structural member(passive) are designedTruss jibs
with a back - to - back collection of lacing members separated by the width of the flange thickness of another structural member(passive) are designedTruss jibs
with a back - to - back arrangement of lacing members separated by the width of the flange thickness of another structural member(passive) are designedTruss jibs
a customdesignedtruss structure
of metal or wooden truss , abutments and supporting _(passive) is composedtruss bridge
by the Texas Highway Department(passive) designed bytruss bridge
From customdesignedtruss 's
the Wrought Iron Bridge Co. of Canton , Ohio(passive) was designed bytruss bridge
the J.E. Jayne and Son Bridge Company of Iowa City(passive) was designed bytruss bridge
by the Canton Bridge Co. of Canton , Ohio , fabricated by the Cambria Steel Co. of Pittsburgh , Pennsylvania , and built by the Canton Bridge Co.(passive) was designed bytruss bridge
buckling constraints(passive) was mostly designed byTruss structure
to be used as a column(passive) is designedTower Truss
with a back - to - back collection of lacing members separated by the width of the flange(passive) are designedTruss jibs
Eran Chen of ODA , guards and illuminates 38 spectacular homes(passive) designed bytruss tower
of truss girder , legs , lower cross beams and other components(passive) is mainly composedTruss Crane
Expansion and contraction of roof trussescausingtruss lift
of load bearing triangular structures ( a truss ) with the platform on top(passive) are composedTruss Bridges
with a back - to - back collection of lacing members separated by the width of the flange thickness of an additional structural member(passive) are designedTruss booms
of individual groups of wood or iron members(passive) were composedTruss bridges
This engineering competition involvesdesigningtruss bridges
with a back - to - back collection of lacing members separated by the width of the flange thickness of another structural member(passive) are designedTruss booms
with a back - to - back arrangement of lacing members separated by the width of the flange thickness of another structural member(passive) are designedTruss booms
of individual groups of wood or iron members arranged in the form of a triangle(passive) were composedTruss bridges
of connected elements(passive) are composedTruss bridges
Students will use simple CAD softwareto designtruss bridges
the same forcescausetruss uplift
Students will use introductory CAD softwareto designtruss bridges
the cracksresultTruss uplift
These thermal stressescausetruss uplift
to support of live load per foot(passive) are typically designedTruss battens
for projects requiring a long span bridge with limited approach depth(passive) is designedTruss The Capstone truss
to take serious abuse and reinforce your entire axle(passive) is designedtruss
by Theodore Cooper(passive) designed bytruss spans
former Molson Coors executive , Brett Vye in the role of Chief Executive Officer(passive) will be led byTruss
by a unit load placed at any point(passive) caused byTruss
to support heavy loads using lightweight materials .. vertical component , horizontal component 3(passive) is designedtruss
by Simeon S. Post , an iron truss combination with wood(passive) designed bya truss
the memberscomposinga truss
of steelcomposedof steel
of steel tubecomposedof steel tube
of metal or wooden truss , abutments and supporting _ _ _ _ _ _ _ _is composedof metal or wooden truss , abutments and supporting _ _ _ _ _ _ _ _
of metal or wooden truss Trussis composedof metal or wooden truss Truss
with a bottom chord sloping upwards to an interior peak at the center of the buildingdesignedwith a bottom chord sloping upwards to an interior peak at the center of the building
of five spanscomposedof five spans
for an Ontario Hydro service road near Sudbury , Ontariodesignedfor an Ontario Hydro service road near Sudbury , Ontario
correctlyWhen designedcorrectly
of connected elementsare composedof connected elements
welldesignedwell
to carry and safely display your fixturesdesignedto carry and safely display your fixtures
built , and their useswere designedbuilt , and their uses
to be modularare designedto be modular
during the early 20th century due to manufacturing limitationsinventedduring the early 20th century due to manufacturing limitations
due to manufacturing limitations in the early 20th centurydesigneddue to manufacturing limitations in the early 20th century
alsocan ... causealso
problems(passive) caused byproblems
drywall cracks(passive) caused bydrywall cracks
audible creaking and popping and leads to severe crackingcausesaudible creaking and popping and leads to severe cracking
the cracking(passive) caused bythe cracking
of trianglescomposedof triangles
top floors(passive) caused bytop floors
from when the building was constructed circa 1900soriginatingfrom when the building was constructed circa 1900s
a horizontal crack between an interior wall and the ceilingcan causea horizontal crack between an interior wall and the ceiling
in cracks along the cornices on inside , non - load - bearing wallscan resultin cracks along the cornices on inside , non - load - bearing walls
for the load you need in the housedesignedfor the load you need in the house
Cracks(passive) caused byCracks
to support one or more trussesdesignedto support one or more trusses
from the natural shrinking / swelling of woodresultingfrom the natural shrinking / swelling of wood
the trusses to meet and exceed all engineering specifications in order that the trusses will perform as expected for the life of the housedesignsthe trusses to meet and exceed all engineering specifications in order that the trusses will perform as expected for the life of the house
of floor systemcomposedof floor system
roofdesignedroof
to carry heavy loads from other structural members framing into itdesignedto carry heavy loads from other structural members framing into it
to carry heavy loads from other structural members framing into itdesignedto carry heavy loads from other structural members framing into it
to support one or more trussesdesignedto support one or more trusses
to support one or more other trussesdesignedto support one or more other trusses
with no supporting wallsdesignedwith no supporting walls
the way(passive) that ... is designedthe way
support building spans from 24 ft to 160 ft wide but can be assembled to achieve any length requireddesignssupport building spans from 24 ft to 160 ft wide but can be assembled to achieve any length required
for live loaddesignedfor live load