Risk Management - @ engineering

Question

Where has the weight load to be placed?

Answer 1

A - B - C (everywhere)

Image:

System 001 Answer 01 (binary/octet-stream)

Answer 2

A - B only (field)

Image:

System 001 Answer 02 (binary/octet-stream)

Answer 3

B - C only (cantilever)

Image:

System 001 Answer 03 (binary/octet-stream)

Answer 4

at B (bearing)

Image:

System 002 Answer 01 (binary/octet-stream)

Answer 5

at m (middle of field)

Image:

System 002 Answer 02 (binary/octet-stream)

Answer 6

at C (edge of cantilever)

Image:

System 002 Answer 03 (binary/octet-stream)

Answer 7

g @ C - A (dead weight on the left cantilever)

Image:

System 003 Answer 01 (binary/octet-stream)

Answer 8

g @ A - B (dead weight on the middle field)

Image:

System 003 Answer 02 (binary/octet-stream)

Answer 9

g @ B - D (dead weight on the right cantilever)

Image:

System 003 Answer 03 (binary/octet-stream)

Answer 10

q @ C - A (snow & wind on the left cantilever)

Image:

System 003 Answer 04 (binary/octet-stream)

Answer 11

q @ A - B (snow & wind on the middle field)

Image:

System 003 Answer 05 (binary/octet-stream)

Answer 12

q @ C - A (snow & wind on the right cantilever)

Image:

System 003 Answer 06 (binary/octet-stream)

Answer 13

F @ C (maintenance load on the left edge)

Image:

System 003 Answer 07 (binary/octet-stream)

Answer 14

F @ m (maintenance load on the middle of the field)

Image:

System 003 Answer 08 (binary/octet-stream)

Answer 15

F @ D (maintenance load on the right edge)

Image:

System 003 Answer 09 (binary/octet-stream)

Answer 16

F @ B (maintenance load on the bearing)

Image:

System 003 Answer 10 (binary/octet-stream)

Nächster

Risk Management - @ engineering

Beschreibung

Zusammenfassung der Ressource

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	Erstellt von Prof. Ruppert vor etwa 4 Jahre