6.3 Suspended Ceiling Design Process - Bilkent University

Figure 6.13: Initial Parameter-based DSM of Suspended Ceiling Design at
Assembly Level....................................................................................... 139
Figure 6.14: Partitioned Parameter-based DSM of Suspended Ceiling
Design at System Level .......................................................................... 140
Figure 6.15: Partitioned Parameter-based DSM of Suspended Ceiling
Design at Assembly Level....................................................................... 141
Figure 6.16: Banded Parameter-based DSM of Suspended Ceiling Design
at System Level ...................................................................................... 142
Figure 6.17: Banded Parameter-based DSM of Suspended Ceiling Design
at Assembly Level................................................................................... 143
Figure 6.18: Three Configurations that Characterize a System .............. 149
Figure 6.19: Information Flow Percentages in System Level DSM ......... 150
Figure 6.20: Information Flow Percentages in Assembly Level DSM ..... 151
Figure 7.1: System Details of Electric Traction (Left) and Hydraulic (Right)
Elevators................................................................................................. 155
Figure 7.2: The Context Diagram of Elevator Design Process................ 166
Figure 7.3: An IDEF0 Model of Elevator Life Cycle................................. 167
Figure 7.4: An IDEF0 Model of Elevator Design ..................................... 168
Figure 7.5: An IDEF0 Model of Elevator Planning .................................. 169
Figure 7.6: An IDEF0 Model of Detailed Design of Elevators ................. 170
Figure 7.7: Initial Parameter-based DSM of Elevator Design.................. 172
Figure 7.8: Partitioned Parameter-based DSM of Elevator Design......... 173
Figure 7.9: Banded Parameter-based DSM of Elevator Design.............. 174
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