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University of Delaware Center for the Arts Newark, DE

University of Delaware Center for the Arts Newark, DE. Karen Schulte Mechanical Option Spring 2006. Presentation Outline. Project Information Building Information Existing Conditions Redesign Goals Mechanical Redesign Structural Analysis Acoustical Analysis Conclusions

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University of Delaware Center for the Arts Newark, DE

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  1. University of DelawareCenter for the ArtsNewark, DE Karen Schulte Mechanical Option Spring 2006

  2. Presentation Outline • Project Information • Building Information • Existing Conditions • Redesign Goals • Mechanical Redesign • Structural Analysis • Acoustical Analysis • Conclusions • Acknowledgements • Questions

  3. Project Information • Location – Newark, DE • Building Use – Performing Arts Center • Delivery Method – Design-Bid-Build • Construction – May 2004 to June 2006 • 2nd of 3 bid package construction project

  4. Project Team • Owner – University of Delaware • Architect – Ayers Saint Gross • Construction Manager – Whiting Turner • MEP Engineer – Mueller Associates • Structural Engineer – McLaren Engineering Group • Civil Engineer – Tetra Tech • Acoustical Consultant – Kirkegaard Associates

  5. Building Information • 92,000 sq ft • Building uses • Recital Hall • Proscenium Theater • Orchestra Rehearsal Room • Theater Rehearsal room • Practice Rooms • 2” Open joint complete separation between structural systems

  6. Existing Conditions • Mechanical • 6 Air Handling Units • 4 constant volume single zone • 2 variable air volume • Chilled water and steam provided by the university

  7. Redesign Goals • Primary redesign goal • Implement an underfloor air distribution system in the Proscenium Theater • Secondary redesign goals • Improved indoor air quality • Reduced outdoor airflow • Reduced supply fan horsepower

  8. Underfloor Air Distribution • Conditioned air supplied from plenum • Pressurized Plenum • Passive Diffusers • Zero-Pressure Plenum • Active Diffusers • Warmer supply air temperatures • Stratification • Ceiling plenum return • Collection of contaminants • Ceiling lighting loads

  9. Mechanical Redesign Roof Barrier Ceiling Spot Booth Zone 4 Catwalk Zone 3 Zone 1 Stage Zone 2 Orchestra Pit

  10. Underfloor System Airflow – 14,200 cfm Cooling Coil Capacity – 315 Mbh Minimum OA % - 22% 20% overall reduction Supply Air Fan Static Pressure – 2.5in WG Overhead System Airflow – 7,900 cfm Cooling Coil Capacity – 420 Mbh Minimum OA % - 44% Supply Air Fan Static Pressure – 5.0in WG Mechanical Redesign

  11. Structural Analysis • First Level • Depress foundation and slab on grade 4’ • Elevated slab with grouted CMU blocks for support • Cut minimum amount of rebar for diffusers • Second Level • Elevated slab with grouted CMU blocks for support • Increase beam and column sizes to support increased weight of balcony • Cut minimum amount of rebar for diffusers

  12. 1st Level Structural Analysis

  13. 2nd Level Structural Analysis

  14. 2nd Level Structural Analysis

  15. Acoustical Analysis • Proscenium Theater • Acoustically Critical • RC 18-22 (N) • Underfloor Air Distribution • RC-17 (N) • NC-16

  16. Conclusions • Improved indoor air quality • Increased required airflow • Decreased minimum amount of outdoor air • Decreased cooling coil load • Increased coordination with concrete contractor and placement of diffusers • Meets acoustical criteria

  17. Acknowledgements • AE Faculty • AE Colleagues • Mueller Associates • Family • Friends (That means you, Spisis)

  18. Questions?

  19. 1st Level Diffuser Layout

  20. 2nd Level Diffuser Layout

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