Proposal for Second Semester Study
Thesis Proposal
Given its current location the JW Marriott is not likely to experience high seismic loads during its lifetime. If the owner wished to use the same design in Monterey, California, a seismically active location, the design will need to change. I propose to redesign the structure to withstand the forces conforming of the new seismically active site.
Changing the elevator core to resist larger seismic forces present in Monterey will have significant effects on the floor plan’s inner core area. Electrical runs, mechanical runs, housekeeping spaces, vending machines, offices, and restrooms make use of the space that the new core will disrupt. Stairwells, fire exits, and fire protected areas present a particular problem that will need addressing.
Inherent schedule, constructability, and cost effects will accompany any change in floor systems to the JWM. Post tension floor systems are more skill intensive than are flat plate systems and therefore will lead to larger overall costs by slowing the schedule and pricier labor. In addition to the change in floor systems the JWM will suffer negative location effects resulting from the relocation to Monterey, CA from Grand Rapids, MI.