問題一覧
1
gives shape to the wing section
Wing Ribs
2
sheet metals bent into shape
Form Ribs
3
has upturned edges and weight-saving holes cut into it
Plate-type Ribs
4
consists of profiles that are joined together
Truss Ribs
5
constructed from profiles and sheet-metal, and are suitable for closing off sections of the wing
Closed Ribs
6
solid structures, manufactured by milling away excess material from a solid block of metal
Milled Ribs
7
supports the ribs
Wing Spar
8
aerodynamic forces not only bend the wing, they also twist it
Torsion Box Structure
9
contained within the fuselage
Wing Box
10
attached to the wing skin and run span-wise
Stringers
11
gives aerodynamic shape
Wing Skin
12
attached at the trailing edge
Flaps
13
attached at the leading edge
Slats
14
fitted at the top surface of the wing
Spoilers
15
Any deformable solid body capable of transmitting loads and carrying these loads to other parts of the body
Structural System
16
one dimensional member capable of transmitting bending, shearing, torsional, axial loads or combination of all
Bar Elements
17
also known as two force members, are bar elements that can only carry axial loads
Axial Rods
18
slender bars that carries transverse load
Beam
19
are two-dimensional extensions of axial rods.
Plate Elements
20
plates that are made to carry only in-plane axial loads
Membranes
21
plates which are capable to carry in-plane shearing loads
Shearing Panel
22
are curved plate elements which occupy a space. Fuselage is a typical example
Shells
23
Loads produced by surface contact
Surface loads
24
If the area of contact is very small
Concentrated Loads
25
If the loads are distributed over an area
Distributed Loads
26
Loads which depend on body volume
Body Loads
27
Independent of time
Static Loads
28
Time Dependent
Dynamic Loads
29
Created on a restrained structure by temperature changes
Thermal Loads
30
Provides a structural system, physical restraints that limit the freedom of movement to only that intended in the design
Support
31
Forces induced at points of support
Reaction
32
Stress that resists a force that tends to pull apart I.E. Struts during flight
Tension
33
Stress that resists a crushing force, tends to shorten or squeeze aircraft parts I.E. Fuselage during pressurization
Compression
34
Stress that resists the force tending to cause one layer of material to slide over an adjacent layer I.E. Two riveted plates
Shear
35
Stress that resists the force that occurs on rivet or bolt holes
Bearing
36
Stress that combines tension and compression on a material I.E. Flight Controls
Bending
37
Stress that produces twisting I.E. Wing or Horizontal and Vertical Stabilizers
Torsion
SUPERSO
SUPERSO
Torrato, Alexandra Nicole M. · 25問 · 1年前SUPERSO
SUPERSO
25問 • 1年前Environmental Science
Environmental Science
Torrato, Alexandra Nicole M. · 34問 · 1年前Environmental Science
Environmental Science
34問 • 1年前Quiz 2 ESCA
Quiz 2 ESCA
Torrato, Alexandra Nicole M. · 11問 · 1年前Quiz 2 ESCA
Quiz 2 ESCA
11問 • 1年前問題一覧
1
gives shape to the wing section
Wing Ribs
2
sheet metals bent into shape
Form Ribs
3
has upturned edges and weight-saving holes cut into it
Plate-type Ribs
4
consists of profiles that are joined together
Truss Ribs
5
constructed from profiles and sheet-metal, and are suitable for closing off sections of the wing
Closed Ribs
6
solid structures, manufactured by milling away excess material from a solid block of metal
Milled Ribs
7
supports the ribs
Wing Spar
8
aerodynamic forces not only bend the wing, they also twist it
Torsion Box Structure
9
contained within the fuselage
Wing Box
10
attached to the wing skin and run span-wise
Stringers
11
gives aerodynamic shape
Wing Skin
12
attached at the trailing edge
Flaps
13
attached at the leading edge
Slats
14
fitted at the top surface of the wing
Spoilers
15
Any deformable solid body capable of transmitting loads and carrying these loads to other parts of the body
Structural System
16
one dimensional member capable of transmitting bending, shearing, torsional, axial loads or combination of all
Bar Elements
17
also known as two force members, are bar elements that can only carry axial loads
Axial Rods
18
slender bars that carries transverse load
Beam
19
are two-dimensional extensions of axial rods.
Plate Elements
20
plates that are made to carry only in-plane axial loads
Membranes
21
plates which are capable to carry in-plane shearing loads
Shearing Panel
22
are curved plate elements which occupy a space. Fuselage is a typical example
Shells
23
Loads produced by surface contact
Surface loads
24
If the area of contact is very small
Concentrated Loads
25
If the loads are distributed over an area
Distributed Loads
26
Loads which depend on body volume
Body Loads
27
Independent of time
Static Loads
28
Time Dependent
Dynamic Loads
29
Created on a restrained structure by temperature changes
Thermal Loads
30
Provides a structural system, physical restraints that limit the freedom of movement to only that intended in the design
Support
31
Forces induced at points of support
Reaction
32
Stress that resists a force that tends to pull apart I.E. Struts during flight
Tension
33
Stress that resists a crushing force, tends to shorten or squeeze aircraft parts I.E. Fuselage during pressurization
Compression
34
Stress that resists the force tending to cause one layer of material to slide over an adjacent layer I.E. Two riveted plates
Shear
35
Stress that resists the force that occurs on rivet or bolt holes
Bearing
36
Stress that combines tension and compression on a material I.E. Flight Controls
Bending
37
Stress that produces twisting I.E. Wing or Horizontal and Vertical Stabilizers
Torsion