2
• Develop three week work schedule
• Request cost and schedule information from Atlantic Engineering
• Request renderings of building from architect
• Make any necessary changes to the loads calculated in Technical Report 1
• Redesign the bays using full lateral bracing
-Model the bays in STAAD, using full lateral bracing
-In STAAD, apply the loading conditions determined in Task 1 to the bays
-Use STAAD to design the members
• Redesign bays using moment connections
-Determine how the loads will be distributed to the redesigned bays
-Model the bays in STAAD, using moment connections instead of braces
- In STAAD, apply the loading condition determined in Task 1 to the bays
-Use STAAD to design the members
-Research how to design the connections
• Analyze costs of materials
-Determine cost of existing bays
-Determine cost of bays with full lateral bracing
-Determine cost of bays with moment connections
• Analyze costs of fabrication
-Determine cost of existing bays
-Determine cost of bays with full lateral bracing
-Determine cost of bays with moment connections
• Analyze costs of erection
-Determine cost of existing bays
-Determine cost of bays with full lateral bracing
-Determine cost of bays with moment connections
• Study impact of redesign on building’s architecture
-Create a rendering of the building with full lateral bracing exposed
• Study impact of redesign on building’s architecture
-Create rendering of the building with modified windows
• Spring Break
• Study impact of redesign on building’s mechanical system using HAP
• Continue working on HAP program
• Prepare final report
• Finish up Final Report and post to CPEP
• Bind Final Report
• Prepare final presentation
• Presentation
• Presentation at the Nittany Lion Inn