Structural Conceptualization Part 1

Structural Conceptualization Part 1
96問 • 1年前
  • Mari Alberca
  • 通報

    問題一覧

  • 1

    The study of objects at rest or in motion that are sujected to forces

    Mechanics

  • 2

    The study of objects subjected to forces that remain in static equilibrium

    Statics

  • 3

    What are the primary concen of architecture

    Dynamics, Statics

  • 4

    Ideally structurally symmetrical, less reentrant angles, near the center of gravity

    Building configurations

  • 5

    Best geometry shape for building configurations which all points equidistant from center of gravity

    Circle

  • 6

    The study of the internal effects or external forces

    Strength of Materials

  • 7

    Dependent on the sectional properties of its rigid components

    Section active

  • 8

    Material naturally deflects and becomes stable upon loading

    Form active

  • 9

    Transfer load via a series of interlinked components and depended upon geometry and orientation of its components

    Vector active

  • 10

    Composed of rigid surfaces; similar to form-active applied loads are redirected by the shape of the structure

    Surface active

  • 11

    Example of Section active

    Steel & Column frames

  • 12

    Example of Form active

    Tensile fabric & Arches

  • 13

    Example of Vector active

    Geodesic domes & Trusses

  • 14

    Example of Surface active

    Concrete shells

  • 15

    What is the concept of nature of force with sub-type of 2D or Coplaner and 3D or Spatial

    Force system

  • 16

    What is the concept of nature of force with sub-type of axial load and lateral Ioad

    Application of faces

  • 17

    What is the concept of nature of force with sub-type of translational equilibrium and rational equilibrium

    Static Equilibrium

  • 18

    Forces that occur on 2 axes. Can be concurrent, non -concurrent & non - parallel

    2d or coplanar

  • 19

    Forces that occur on 3 axes. Can be concurrent, non -concurrent & non - parallel

    3d or Spatial

  • 20

    load that is applied parallel to the length of the member/object

    axial load

  • 21

    Load that is applied perpendicular or transverse to the length of the member/object. It induces shea, bending, and/or torsion.

    Lateral load

  • 22

    Total torque or moment acting on then object must be equal to zero

    Ratiotional Equilibrium

  • 23

    Vector sum of the extrnal forces must be equal to zero

    Translational Equilibrium

  • 24

    Types of supports for coplanar systems

    Simple, Roller, Pin, Fixed

  • 25

    Name the type of supports for coplanar system

    Simple

  • 26

    Name the type of supports for coplanar system

    Roller

  • 27

    Name the type of supports for coplanar system

    Pin

  • 28

    Name the type of supports for coplanar system

    Fixed

  • 29

    Types of loads:

    Concentrated/Point load, Uniformly distributed load, Uniformly varying load

  • 30

    Name the type of loads

    Concentrated/point load

  • 31

    Name the type of loads

    Uniformly distributed load

  • 32

    name the type of loads

    Uniform vanying load

  • 33

    Weight of the structure itself

    Dead or static load

  • 34

    Loads in motion on transient (e.g. people, furniture, wind)

    Live or dynamic load

  • 35

    Slender member assumed to be connected by "frictionless pins" at its joints, where loads are assumed to be placed

    Truss

  • 36

    Members are allowed to rotate in relation to one another

    Truss

  • 37

    Name the truss

    King post truss

  • 38

    Name the truss

    Fink truss

  • 39

    Name the truss

    Howe truss

  • 40

    Name the truss

    Pratt truss

  • 41

    Name the trust

    Warren truss

  • 42

    Name the truss

    K-truss

  • 43

    Name the truss

    Scissor truss

  • 44

    Name the truss

    Bowstrings truss

  • 45

    The ability of a material to hold itself together despite being subjected to forces

    Srength

  • 46

    The intensity or magnitude of force carried (stress), and elasticity without permanent deformation (strain)

    Strength

  • 47

    How much atoms and molecules are being pushed/pulled apart in rigid objects

    Stress

  • 48

    Use to predict when a material will break

    Stess

  • 49

    Measures the amount of deformation compared to the original shape of the object or material

    Strain

  • 50

    Used to predict allowable deformation or tolerance

    Strain

  • 51

    Describes a material's stiffnes; value is constant for each material. Stress over strain

    Modules of elasticity

  • 52

    What do you call the point on a stress-strain curve where stress is still proportional to strain according to Hooke’s Law

    Proportional limit

  • 53

    What do you call the point on a stress-strain curve beyond which a material undergoes permanent deformation?

    Elastic limit

  • 54

    What do you call the point on a stress-strain curve where plastic deformation begins to occur?

    Yield point

  • 55

    What is the maximum stress a material can withstand before breaking, and what happens in ductile materials like steel?

    Ultimate Strength

  • 56

    What is the stress at which a material fails via fracture, and how does it differ between ductile and brittle materials?

    Fracture Point

  • 57

    What are the horizontal structural members assigned to resist lateral loads, and how do they balance internal and external forces?

    Beams

  • 58

    Beams undergo simultaneous compression and tension

    Internal forces

  • 59

    What type of beam has supports located at the ends of its span?

    Simple Span Beam

  • 60

    What type of beam has overhanging ends from its supports?

    Cantilever beam

  • 61

    What type of beam is supported only from one end by a rigid connection?

    Cantilever beam

  • 62

    What is the allowable deflections of beams for non-structural,not likely to be damaged by large deflection

    L/240

  • 63

    What is the allowable deflections of beams for non-structural

    L/360

  • 64

    What is the allowable deflections of beams for flat roofs

    L/180

  • 65

    What is the allowable deflections of beams for roof or floor construction

    L/480

  • 66

    What type of beam carries the roof load between trusses or rafters?

    Purlin

  • 67

    What type of beam is usually sloping and carries the load from purlins?

    Rafter

  • 68

    What type of beam carries masonry across openings, such as doors and windows?

    Lintel

  • 69

    What term is used for the area between columns that supports the floor and curtain walls?

    Spandrel

  • 70

    What type of large beam carries floor beams?

    Girder

  • 71

    What is closely spaced beams supports the floor or ceiling?

    Joist

  • 72

    What carries the flooring of a bridge, such as stairs?

    Stringer

  • 73

    What is the lowermost beam of a building, typically located at ground level, in buildings without a basement?

    Grade Beam

  • 74

    What is a circular beam that transmits power to machinery and also carries torsion in addition to shear and flexure?

    Shaft

  • 75

    A thick column subject to failure by crushing rather than by buckling failure occurs when the direct stress from an action load exceeds the comprehensive strength of the material available in the cross section. An eccentric load, however can produce bending and results in an even stress distribution in the section

    Short column

  • 76

    A column having a mode of failure between the short column and long column of them partly in elastic by crushing and partly elastic by buckling

    Intermediate column

  • 77

    Slender column subject to failure by buckling rather than by crushing

    Long column

  • 78

    What term is used to describe the amount of force applied to a structure or material?

    Magnitude

  • 79

    Refers to the orientation of its path or line of action. it is usually described by the angle that the line of action makes with some reference

    Direction

  • 80

    Refers to the manner in which it acts along its line of action

    Sense

  • 81

    What term describes forces that act in a single plane of a vertical wall?

    Coplanar

  • 82

    What term describes forces that all have the same direction?

    Collinear

  • 83

    What term describes forces that have their lines of action intersecting at a common point?

    Concurrent

  • 84

    What term describes the product of force and distance about any point, often referred to as the center of moment?

    Moment

  • 85

    What is the term for the distance from the center of moment to the force, specifically the shortest or perpendicular distance from the center of moment to the line of action?

    Moment Arm

  • 86

    What term describes loads that act at a single point or location on a structure?

    Concentrated loads

  • 87

    What term describes a series of concentrated loads that are uniformly spaced along a structure?

    Uniform Loads

  • 88

    What term describes a force that pulls away from the joint?

    Tension

  • 89

    What term describes a force that pushes towards the joint?

    Compression

  • 90

    What is an internal force type for connections in structural elements?

    Shear

  • 91

    What is ATSM

    American Society for Testing and Materials

  • 92

    What is ACI

    American Concrete Institute

  • 93

    What is AISC

    American Institute for Steel Construction

  • 94

    A graphic representation of the relationship between the unit stress values and the corresponding unit training for the pacific material

    Stress Strain Diagram

  • 95

    What is the maximum stress at which a material still returns to its original length when the load is released, while maintaining a linear relationship between stress and strain?

    Proportional Limit

  • 96

    What is the maximum stress below which a material does not return to its original length but incurs permanent deformation, called permanent set?

    Elastic limit

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    問題一覧

  • 1

    The study of objects at rest or in motion that are sujected to forces

    Mechanics

  • 2

    The study of objects subjected to forces that remain in static equilibrium

    Statics

  • 3

    What are the primary concen of architecture

    Dynamics, Statics

  • 4

    Ideally structurally symmetrical, less reentrant angles, near the center of gravity

    Building configurations

  • 5

    Best geometry shape for building configurations which all points equidistant from center of gravity

    Circle

  • 6

    The study of the internal effects or external forces

    Strength of Materials

  • 7

    Dependent on the sectional properties of its rigid components

    Section active

  • 8

    Material naturally deflects and becomes stable upon loading

    Form active

  • 9

    Transfer load via a series of interlinked components and depended upon geometry and orientation of its components

    Vector active

  • 10

    Composed of rigid surfaces; similar to form-active applied loads are redirected by the shape of the structure

    Surface active

  • 11

    Example of Section active

    Steel & Column frames

  • 12

    Example of Form active

    Tensile fabric & Arches

  • 13

    Example of Vector active

    Geodesic domes & Trusses

  • 14

    Example of Surface active

    Concrete shells

  • 15

    What is the concept of nature of force with sub-type of 2D or Coplaner and 3D or Spatial

    Force system

  • 16

    What is the concept of nature of force with sub-type of axial load and lateral Ioad

    Application of faces

  • 17

    What is the concept of nature of force with sub-type of translational equilibrium and rational equilibrium

    Static Equilibrium

  • 18

    Forces that occur on 2 axes. Can be concurrent, non -concurrent & non - parallel

    2d or coplanar

  • 19

    Forces that occur on 3 axes. Can be concurrent, non -concurrent & non - parallel

    3d or Spatial

  • 20

    load that is applied parallel to the length of the member/object

    axial load

  • 21

    Load that is applied perpendicular or transverse to the length of the member/object. It induces shea, bending, and/or torsion.

    Lateral load

  • 22

    Total torque or moment acting on then object must be equal to zero

    Ratiotional Equilibrium

  • 23

    Vector sum of the extrnal forces must be equal to zero

    Translational Equilibrium

  • 24

    Types of supports for coplanar systems

    Simple, Roller, Pin, Fixed

  • 25

    Name the type of supports for coplanar system

    Simple

  • 26

    Name the type of supports for coplanar system

    Roller

  • 27

    Name the type of supports for coplanar system

    Pin

  • 28

    Name the type of supports for coplanar system

    Fixed

  • 29

    Types of loads:

    Concentrated/Point load, Uniformly distributed load, Uniformly varying load

  • 30

    Name the type of loads

    Concentrated/point load

  • 31

    Name the type of loads

    Uniformly distributed load

  • 32

    name the type of loads

    Uniform vanying load

  • 33

    Weight of the structure itself

    Dead or static load

  • 34

    Loads in motion on transient (e.g. people, furniture, wind)

    Live or dynamic load

  • 35

    Slender member assumed to be connected by "frictionless pins" at its joints, where loads are assumed to be placed

    Truss

  • 36

    Members are allowed to rotate in relation to one another

    Truss

  • 37

    Name the truss

    King post truss

  • 38

    Name the truss

    Fink truss

  • 39

    Name the truss

    Howe truss

  • 40

    Name the truss

    Pratt truss

  • 41

    Name the trust

    Warren truss

  • 42

    Name the truss

    K-truss

  • 43

    Name the truss

    Scissor truss

  • 44

    Name the truss

    Bowstrings truss

  • 45

    The ability of a material to hold itself together despite being subjected to forces

    Srength

  • 46

    The intensity or magnitude of force carried (stress), and elasticity without permanent deformation (strain)

    Strength

  • 47

    How much atoms and molecules are being pushed/pulled apart in rigid objects

    Stress

  • 48

    Use to predict when a material will break

    Stess

  • 49

    Measures the amount of deformation compared to the original shape of the object or material

    Strain

  • 50

    Used to predict allowable deformation or tolerance

    Strain

  • 51

    Describes a material's stiffnes; value is constant for each material. Stress over strain

    Modules of elasticity

  • 52

    What do you call the point on a stress-strain curve where stress is still proportional to strain according to Hooke’s Law

    Proportional limit

  • 53

    What do you call the point on a stress-strain curve beyond which a material undergoes permanent deformation?

    Elastic limit

  • 54

    What do you call the point on a stress-strain curve where plastic deformation begins to occur?

    Yield point

  • 55

    What is the maximum stress a material can withstand before breaking, and what happens in ductile materials like steel?

    Ultimate Strength

  • 56

    What is the stress at which a material fails via fracture, and how does it differ between ductile and brittle materials?

    Fracture Point

  • 57

    What are the horizontal structural members assigned to resist lateral loads, and how do they balance internal and external forces?

    Beams

  • 58

    Beams undergo simultaneous compression and tension

    Internal forces

  • 59

    What type of beam has supports located at the ends of its span?

    Simple Span Beam

  • 60

    What type of beam has overhanging ends from its supports?

    Cantilever beam

  • 61

    What type of beam is supported only from one end by a rigid connection?

    Cantilever beam

  • 62

    What is the allowable deflections of beams for non-structural,not likely to be damaged by large deflection

    L/240

  • 63

    What is the allowable deflections of beams for non-structural

    L/360

  • 64

    What is the allowable deflections of beams for flat roofs

    L/180

  • 65

    What is the allowable deflections of beams for roof or floor construction

    L/480

  • 66

    What type of beam carries the roof load between trusses or rafters?

    Purlin

  • 67

    What type of beam is usually sloping and carries the load from purlins?

    Rafter

  • 68

    What type of beam carries masonry across openings, such as doors and windows?

    Lintel

  • 69

    What term is used for the area between columns that supports the floor and curtain walls?

    Spandrel

  • 70

    What type of large beam carries floor beams?

    Girder

  • 71

    What is closely spaced beams supports the floor or ceiling?

    Joist

  • 72

    What carries the flooring of a bridge, such as stairs?

    Stringer

  • 73

    What is the lowermost beam of a building, typically located at ground level, in buildings without a basement?

    Grade Beam

  • 74

    What is a circular beam that transmits power to machinery and also carries torsion in addition to shear and flexure?

    Shaft

  • 75

    A thick column subject to failure by crushing rather than by buckling failure occurs when the direct stress from an action load exceeds the comprehensive strength of the material available in the cross section. An eccentric load, however can produce bending and results in an even stress distribution in the section

    Short column

  • 76

    A column having a mode of failure between the short column and long column of them partly in elastic by crushing and partly elastic by buckling

    Intermediate column

  • 77

    Slender column subject to failure by buckling rather than by crushing

    Long column

  • 78

    What term is used to describe the amount of force applied to a structure or material?

    Magnitude

  • 79

    Refers to the orientation of its path or line of action. it is usually described by the angle that the line of action makes with some reference

    Direction

  • 80

    Refers to the manner in which it acts along its line of action

    Sense

  • 81

    What term describes forces that act in a single plane of a vertical wall?

    Coplanar

  • 82

    What term describes forces that all have the same direction?

    Collinear

  • 83

    What term describes forces that have their lines of action intersecting at a common point?

    Concurrent

  • 84

    What term describes the product of force and distance about any point, often referred to as the center of moment?

    Moment

  • 85

    What is the term for the distance from the center of moment to the force, specifically the shortest or perpendicular distance from the center of moment to the line of action?

    Moment Arm

  • 86

    What term describes loads that act at a single point or location on a structure?

    Concentrated loads

  • 87

    What term describes a series of concentrated loads that are uniformly spaced along a structure?

    Uniform Loads

  • 88

    What term describes a force that pulls away from the joint?

    Tension

  • 89

    What term describes a force that pushes towards the joint?

    Compression

  • 90

    What is an internal force type for connections in structural elements?

    Shear

  • 91

    What is ATSM

    American Society for Testing and Materials

  • 92

    What is ACI

    American Concrete Institute

  • 93

    What is AISC

    American Institute for Steel Construction

  • 94

    A graphic representation of the relationship between the unit stress values and the corresponding unit training for the pacific material

    Stress Strain Diagram

  • 95

    What is the maximum stress at which a material still returns to its original length when the load is released, while maintaining a linear relationship between stress and strain?

    Proportional Limit

  • 96

    What is the maximum stress below which a material does not return to its original length but incurs permanent deformation, called permanent set?

    Elastic limit