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BM M-05 FLASHCARD MEMBRANE STRUCTURES

Total questions: 45

Worksheet time: 29mins

Name
Class
Date
1.

Spatial structures made out of tensioned membranes

a)

Tensile Structures

b)

Pneumatic Structures

c)

Membrane Structures

d)

Cable Domes

2.

A membrane structure that is placed in tension and stabilized by the pressure of compressed air.

a)

Tensile Structures

b)

Pneumatic Structures

c)

Membrane Structures

d)

Cable Domes

3.

An air-supported structure that uses a net of cables in tension by the inflating force to restrain the membrane from developing its natural inflated profile.

a)

Tensile Structures

b)

Pneumatic Structures

c)

Cable-Restrained Pneumatic Structures

d)

Cable Domes

4.

A pneumatic structure consisting of a single membrane supported by an internal air pressure slightly higher than normal atmospheric pressure, and securely anchored and sealed along the perimeter to prevent leaking.

a)

Tensile Structures

b)

Pneumatic Structures

c)

Cable-Restrained Pneumatic Structures

d)

Air-Supported Structures

5.

A pneumatic structure supported by pressurized air within building elements, which are shaped to carry loads in a traditional manner, while the enclosed volume of building air remains at normal atmospheric pressure.

a)

Air-Inflating Structures

b)

Pneumatic Structures

c)

Cable-Restrained Pneumatic Structures

d)

Air-Supported Structures

6.

Required at entrances of air-supported structures to maintain the internal air pressure.

a)

Compressed Air

b)

Air Locks

c)

Compression Ring

d)

Diaphragms

7.

Restrains the tendency for a double-membrane structure to bulge in the middle.

a)

Compressed Air

b)

Air Locks

c)

Compression Ring

d)

Diaphragms

8.

Restrains the tendency for a double-membrane structure to bulge in the middle.

a)

Compressed Air

b)

Air Locks

c)

Compression Ring

d)

Diaphragms

9.

Usually used to refer to the construction of roofs using a membrane held in place on steel cables.

a)

Pneumatic Structures

b)

Tensile Membrane Structures

c)

Cable Domes

d)

None of the Above

10.

is a combination of elements, which carry only tension and no compression or bending

a)

Pneumatic Structures

b)

Tensile Membrane Structures

c)

Cable Domes

d)

None of the Above

11.

Are usually reinforced using either PVC/Polyester or PTFE based coatings.

a)

Pneumatic Structures

b)

Tensile Membrane Structures

c)

Cable Domes

d)

None of the Above

12.

Identify the image

a)

Cable-Restrained Pneumatic Structure

b)

Air-Inflated Structure

c)

Air-Supported Structure

d)

Curved Structure

13.

Identify the image

a)

Cable-Restrained Pneumatic Structure

b)

Air-Inflated Structure

c)

Air-Supported Structure

d)

Curved Structure

14.

Identify the image

a)

Anticlastic Surface

b)

Net Structure

c)

Synclastic Surface

d)

Tent Structure

15.

Identify the image

a)

Anticlastic Surface

b)

Net Structure

c)

Synclastic Surface

d)

Tent Structure

16.

Are tensile membrane structures wherein the centers of curvature are located on opposing sides of the surface; commonly described as a saddle shape.

a)

Synclastic Surface

b)

Anticlastic Surface

c)

Aclastic Surface

d)

Pseudo-clastic Surface

17.

Are tensile membrane structures wherein the centers of curvature are on the same side of the surface; commonly described as a dome-shape

a)

Synclastic Surface

b)

Anticlastic Surface

c)

Aclastic Surface

d)

Pseudo-clastic Surface

18.

Is a Teflon-coated woven fiberglass membrane that is extremely durable, weather resistant

a)

PVC

b)

ETFE Film

c)

PTFE Fiberglass

d)

ePTFE

e)

Insulated Tensioned Membrane

19.

Is available as a woven or non-woven material

a)

PVC

b)

ETFE Film

c)

PTFE Fiberglass

d)

ePTFE

e)

Insulated Tensioned Membrane

20.

Can be applied in multiple ways such as single, double or triple layered tensile architecture applications; the material is durable, highly transparent and very lightweight in comparison to glass structures.

a)

PVC

b)

ETFE Film

c)

PTFE Fiberglass

d)

ePTFE

e)

Insulated Tensioned Membrane

21.

Is a dynamic tensile material unmatched for its aesthetics and durability, which is a woven, non-flammable material that uses 100% fluoropolymer coating and can offer up to 40% light transmission, eliminating glare to allow illumination throughout a given interior space

a)

PVC

b)

ETFE Film

c)

PTFE Fiberglass

d)

ePTFE

e)

Insulated Tensioned Membrane

22.

Is a composite system comprised of a PTFE fiberglass membrane exterior skin, a thin translucent insulation blanket embedded with aerogel, and a thinner and lighter acoustic or vapor barrier interior liner.

a)

PVC

b)

ETFE Film

c)

PTFE Fiberglass

d)

ePTFE

e)

Insulated Tensioned Membrane

23.

What is the meaning of PTFE?

(a)  

24.

What is the meaning of ETFE?

(a)  

25.

What is the meaning of PVC?

(a)  

26.

What is the meaning of e-PTFE?

(a)  

27.

Employed as lightweight, large span roofs, they span the space using continuous tension cables and discontinuous compression posts; consists of ridge cables, diagonal cables, hoop cables, vertical struts, an inner tension ring and an outer compression ring;.

a)

Tension Membrane Structures

b)

Pneumatic Structures

c)

Tensile Membrane Structures

d)

Cable Domes

28.

a membrane structure prestressed by externally applied forces so that it is held completely taut under all anticipated load conditions

a)

Tent Structure

b)

Net Structure

c)

Reinforcing Edge Cable

d)

Cable Loop

e)

Distribution Cap

29.

the broadened end of a mast over which a prestressed membrane structure is stretched

a)

Tent Structure

b)

Net Structure

c)

Reinforcing Edge Cable

d)

Cable Loop

e)

Distribution Cap

30.

a reinforcing edge cable ties to the mast of a membrane structure

a)

Tent Structure

b)

Net Structure

c)

Reinforcing Edge Cable

d)

Cable Loop

e)

Distribution Cap

31.

a membrane structure having a surface of closely spaced cables instead of a fabric material.

a)

Tent Structure

b)

Net Structure

c)

Reinforcing Edge Cable

d)

Cable Loop

e)

Distribution Cap

32.

A cable stiffening the free edges of a prestressed membrane structure

a)

Tent Structure

b)

Net Structure

c)

Reinforcing Edge Cable

d)

Cable Loop

e)

Distribution Cap

33.

are a type of new hybrid prestressed steel structure that consists of an upper rigid single layer latticed shell and a lower flexible cable-support system

a)

Suspension Domes

b)

Single Curvature Structures

c)

Double-Cable Structures

d)

Double-Curvature Structures

e)

Cable-Stayed Structures

34.

Utilize a parallel series of cables to support surface-forming beams or plates

a)

Suspension Domes

b)

Single Curvature Structures

c)

Double-Cable Structures

d)

Double-Curvature Structures

e)

Cable-Stayed Structures

35.

have upper and lower sets of cables of different curvatures, pretensioned by ties or compression struts to make the system more rigid and resistant to flutter.

a)

Suspension Domes

b)

Single Curvature Structures

c)

Double-Cable Structures

d)

Double-Curvature Structures

e)

Cable-Stayed Structures

36.

consist of a field of crossed cables of different and often reverse curvatures.

a)

Suspension Domes

b)

Single Curvature Structures

c)

Double-Cable Structures

d)

Double-Curvature Structures

e)

Cable-Stayed Structures

37.

have vertical or inclined masts from which cables extend to support horizontally spanning members arranged in a parallel or radial pattern

a)

Suspension Domes

b)

Single Curvature Structures

c)

Double-Cable Structures

d)

Double-Curvature Structures

e)

Cable-Stayed Structures

38.

Utilize a parallel series of cables to support surface-forming beams or plates

a)

Suspension Domes

b)

Single Curvature Structures

c)

Double-Cable Structures

d)

Double-Curvature Structures

e)

Cable-Stayed Structures

39.

are a type of new hybrid prestressed steel structure that consists of an upper rigid single layer latticed shell and a lower flexible cable-support system

a)

Suspension Domes

b)

Single Curvature Structures

c)

Double-Cable Structures

d)

Double-Curvature Structures

e)

Cable-Stayed Structures

40.

Identify the image

a)

Cable-Restrained Pneumatic Structure

b)

Air-Inflated Structure

c)

Air-Supported Structure

d)

Curved Structure

41.

Identify the image

a)

Cable-Restrained Pneumatic Structure

b)

Air-Inflated Structure

c)

Air-Supported Structure

d)

Curved Structure

42.

Identify the membrane structure shown:

a)

Suspension Domes

b)

Single Curvature Structures

c)

Double-Cable Structures

d)

Double-Curvature Structures

e)

Cable-Stayed Structures

43.

Identify the membrane structure shown:

a)

Suspension Domes

b)

Single Curvature Structures

c)

Double-Cable Structures

d)

Double-Curvature Structures

e)

Cable-Stayed Structures

44.

Identify the membrane structure shown:

a)

Suspension Domes

b)

Single Curvature Structures

c)

Double-Cable Structures

d)

Double-Curvature Structures

e)

Cable-Stayed Structures

45.

Identify the membrane structure shown:

a)

Suspension Domes

b)

Single Curvature Structures

c)

Double-Cable Structures

d)

Double-Curvature Structures

e)

Cable-Stayed Structures