Steel and Timber Design – Structural Engineering Lecture
SteelNotes
and Timber
and Design
Design
Principles
– Structural
Study Engineering
Material.pdf Lecture
SteelNotes
and Timber
and Design
Design
Principles
– Structural
Study Engineering
Material.pdf Lecture Notes and Design Principles Study Material.pdf
Steel and Timber Design –
Structural Engineering
Lecture Notes and Design
Principles Study Material
Guidehttps://www.stuvia.com/dashboard!@_)#*)(@$)($@*($@)($@*_
Steel and Timber Design – Structural Engineering Lecture
SteelNotes
and Timber
and Design
Design
Principles
– Structural
Study Engineering
Material.pdf Lecture
SteelNotes
and Timber
and Design
Design
Principles
– Structural
Study Engineering
Material.pdf Lecture Notes and Design Principles Study Material.pdf
,Steel and Timber Design.pdf Steel and Timber Design.pdf Steel and Timber Design.pdf
Terms in this set (107)
Steel Design Selection of cross section that will safely and economically resist
applied loads
Economy Minimum weight
LRFD Resistance Factor Design
LRFD Design based on factored loads
ASD Allowable Strength Design
ASD Elastic behavior, prevent maximum applied loads
Ra/Ru Required Strength
Rn/Pn Nominal Strength
Steel and Timber Design.pdf Steel and Timber Design.pdf Steel and Timber Design.pdf
, Steel and Timber Design.pdf Steel and Timber Design.pdf Steel and Timber Design.pdf
Φ/Ω Factor of safety based on limit state
ΦRn or Rn/Ω Available or allowable strength
Gross Section Yielding Failure Due to excessive deformation
Net Section Rupture/Fraction Failure is by fracture at a connection
Ae Also called as Net area, reduced gross area due to existing holes
Effective Net Area (An) reduced area to account for non-uniform stress distribution when not
all parts of the member is connected
Cochraine's Equation Used to account for increased tensile strength on an inclined fracture
path
Shear Lag Factor for Channels U=1-(x̄/l)
Steel and Timber Design.pdf Steel and Timber Design.pdf Steel and Timber Design.pdf
SteelNotes
and Timber
and Design
Design
Principles
– Structural
Study Engineering
Material.pdf Lecture
SteelNotes
and Timber
and Design
Design
Principles
– Structural
Study Engineering
Material.pdf Lecture Notes and Design Principles Study Material.pdf
Steel and Timber Design –
Structural Engineering
Lecture Notes and Design
Principles Study Material
Guidehttps://www.stuvia.com/dashboard!@_)#*)(@$)($@*($@)($@*_
Steel and Timber Design – Structural Engineering Lecture
SteelNotes
and Timber
and Design
Design
Principles
– Structural
Study Engineering
Material.pdf Lecture
SteelNotes
and Timber
and Design
Design
Principles
– Structural
Study Engineering
Material.pdf Lecture Notes and Design Principles Study Material.pdf
,Steel and Timber Design.pdf Steel and Timber Design.pdf Steel and Timber Design.pdf
Terms in this set (107)
Steel Design Selection of cross section that will safely and economically resist
applied loads
Economy Minimum weight
LRFD Resistance Factor Design
LRFD Design based on factored loads
ASD Allowable Strength Design
ASD Elastic behavior, prevent maximum applied loads
Ra/Ru Required Strength
Rn/Pn Nominal Strength
Steel and Timber Design.pdf Steel and Timber Design.pdf Steel and Timber Design.pdf
, Steel and Timber Design.pdf Steel and Timber Design.pdf Steel and Timber Design.pdf
Φ/Ω Factor of safety based on limit state
ΦRn or Rn/Ω Available or allowable strength
Gross Section Yielding Failure Due to excessive deformation
Net Section Rupture/Fraction Failure is by fracture at a connection
Ae Also called as Net area, reduced gross area due to existing holes
Effective Net Area (An) reduced area to account for non-uniform stress distribution when not
all parts of the member is connected
Cochraine's Equation Used to account for increased tensile strength on an inclined fracture
path
Shear Lag Factor for Channels U=1-(x̄/l)
Steel and Timber Design.pdf Steel and Timber Design.pdf Steel and Timber Design.pdf
