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Karteikarten

Structures Pt1

Parker Kulis Englisch 90 Karten

Structures Pt1

Karten in diesem Stapel (90)

  1. 11 kip1000lbs
  2. 2Linear ElementsLinear Elements
  3. 3Combined Linear ElementsCombined Linear Elements
  4. 4Planar ElementsPlanar Elements
  5. 5Exposed StructureExposed Structure
  6. 6Hidden StructureHidden Structure
  7. 7Units of Weight/Forcekgm/s^2 or N
  8. 8Forms of EquilibriumForms of Equilibrium
  9. 9Equilibrium (reaction forces)Equilibrium (reaction forces)
  10. 10Dead LoadsNon-changing loads (floor, roof, walls)
  11. 11Live LoadsMoving Loads (furniture, occupants)
  12. 12Ground/Water PressureGround/Water Pressure
  13. 13Angle of ReposeSteepest Angle a granular material can be piled without sliding
  14. 14How can wind create suctionHow can wind create suction
  15. 15Sloped Roof and Wind PressureSloped Roof and Wind Pressure
  16. 16Common DensitiesCommon Densities
  17. 17load PathParts of the structure that join loads to reactions
  18. 18support reactions due to gravitysupport reactions due to gravity
  19. 19Snow Load calculations and factorsSnow Load calculations and factors
  20. 20Linear Increasing/Decreasing loadLinear Increasing/Decreasing load
  21. 21Roller SupportRoller Support
  22. 22Pinned SupportPinned Support
  23. 23Fixed SupportFixed Support
  24. 24Free Body Diagramdiagrammatic representation of a single body or a subsystem of bodies isolated from its surroundings showing all the forces acting on it . A free body diagram (FBD) is a graphical illustration used to visualize the applied forces, moments, and resulting reactions on a body in a given condition.
  25. 25Shear Cross SectionShear Cross Section
  26. 26Moment Cross SectionMoment Cross Section
  27. 27Internal Force Diagramsused to visualize the variations of internal forces withinastructuralmember subject to various loads.
    Internal forces (axial force, shear force and bending moment) are generally using a Sign Convention.
  28. 28Internal Force diagrams (picture)Internal Force diagrams (picture)
  29. 29Density of Common MaterialsDensity of Common Materials
  30. 30Strain DiagramStrain Diagram
  31. 31What is the elastic modulus (Hooke's law)Stress/strain (slope of the line)
  32. 32Deformation on Stress/Strain lineDeformation on Stress/Strain line
  33. 33Elastic Modulus Different MaterialsElastic Modulus Different Materials
  34. 34Cross Section with Tension and CompressionCross Section with Tension and Compression
  35. 35Bending Stress DiagramBending Stress Diagram
  36. 36Shear Stress DistributionShear Stress Distribution
  37. 37Typical Spans of Construction ElementsTypical Spans of Construction Elements
  38. 38material span categorizationmaterial span categorization
  39. 39Tension rod is a:Cable
  40. 40Compression Rod is a:Column
  41. 41Tension in rod numeric exampleTension in rod numeric example
  42. 42Column Strength vs Instability FailureColumn Strength vs Instability Failure
  43. 43Stocky Column StressStocky Column Stress
  44. 44eccentrically loaded columnseccentrically loaded columns
  45. 45column strength vs instability failurecolumn strength vs instability failure
  46. 46problems with short vs long columnsproblems with short vs long columns
  47. 47behavior of columns under bucklingbehavior of columns under buckling
  48. 48critical buckling load equationcritical buckling load equation
  49. 49fixed and pinned ends columnsfixed and pinned ends columns
  50. 50transfer of closely spaced to widely spaced columnstransfer of closely spaced to widely spaced columns
  51. 51cable sagcable sag
  52. 52cable horizontal forces with varying sagcable horizontal forces with varying sag
  53. 53ideal cable sag span ratioideal cable sag span ratio
  54. 54cable support reaction diagramcable support reaction diagram
  55. 55cable forms with varying load conditionscable forms with varying load conditions
  56. 56arch vs curved beamarch vs curved beam
  57. 57shear and bending in beams vs archesshear and bending in beams vs arches
  58. 58beam typical spans (different materials)beam typical spans (different materials)
  59. 59beam shear forcesbeam shear forces
  60. 60beam bending forcesbeam bending forces
  61. 61beam point load section method: shearbeam point load section method: shear
  62. 62beam point load section method: bendingbeam point load section method: bending
  63. 63beam uniform load: shearbeam uniform load: shear
  64. 64beam uniform load: bendingbeam uniform load: bending
  65. 65cantilevers shear and bendingcantilevers shear and bending
  66. 66advantage of continuous beamsadvantage of continuous beams
  67. 67continuous beam shearcontinuous beam shear
  68. 68continuous beam bendingcontinuous beam bending
  69. 69bottom fiber stress, cantilevered beambottom fiber stress, cantilevered beam
  70. 70ideal amount of cantileverideal amount of cantilever
  71. 71continuous beam disadvantagecontinuous beam disadvantage
  72. 72why is an i-beam better?Increases the moment of inertia by moving cross sectional area away from the neutral axis
  73. 73max shear stress: regular vs I-beammax shear stress: regular vs I-beam
  74. 74reinforced concrete shear stresses at supportreinforced concrete shear stresses at support
  75. 75critical zones in beam elevationscritical zones in beam elevations
  76. 76how do prestressed members help?how do prestressed members help?
  77. 77pretensioning vs post tensioningpretensioning vs post tensioning
  78. 78superimposition of shear and bendingsuperimposition of shear and bending
  79. 79stabilizing elementsstabilizing elements
  80. 80indeterminate vs determined frameindeterminate vs determined frame
  81. 81shear walls stabilityshear walls stability
  82. 82overturning of shear wallsoverturning of shear walls
  83. 833 hinged frame3 hinged frame
  84. 84compression and tension in a framecompression and tension in a frame
  85. 85horizontal load frame deflectionhorizontal load frame deflection
  86. 86frame base support reactionsframe base support reactions
  87. 87frame horizontal support reactionsframe horizontal support reactions
  88. 88shear and axial forces in frame columnsshear and axial forces in frame columns
  89. 89frame: bending, shear, axial force diagramsframe: bending, shear, axial force diagrams
  90. 90bending, shear, axial for different framesbending, shear, axial for different frames

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Karteikarten am Structures Pt1, erstellt von Parker Kulis am 04/05/2022.
Erstellt von
Parker Kulis
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