320 likes | 468 Views
Penn State Ice Hockey Arena. Arch 441 Fall 2009 Group 15. Pace ● Peno ● Peters ● Saxton. Response of Plan to Campus Environment. Addition to athletic area of campus. Development of Pedestrian Access/Plazas. Main entrance on corner of University Dr. and Curtin Rd.
E N D
Penn State Ice Hockey Arena Arch 441 Fall 2009 Group 15 Pace● Peno ● Peters ● Saxton
Response of Plan to Campus Environment Addition to athletic area of campus
Development of Pedestrian Access/Plazas • Main entrance on corner of University Dr. and Curtin Rd. • Gathering plaza to draw crowds • Ideal access for: • Students walking down Curtin Rd. • Parking adjacent to Beaver Stadium
Development of Pedestrian Access/Plazas • Secondary entrance on University Dr. • Ramp at ~1:12 slope • Ideal access for: • Off Campus Students • Parking adjacent to Bryce Jordan Center
Integration of Interior/Exterior Spaces Inviting plaza Curtain wall lobby Picture window overlooking arena • Mount Nittany view from Concourse • Luxury Lounge connecting boxes and view • East View
Integration of Interior/Exterior Spaces Inviting plaza Curtain wall lobby Picture window overlooking arena • Mount Nittany view from Concourse • Luxury Lounge connecting boxes and view
Integration of Interior/Exterior Spaces Mt. Nittany Club, Beaver Stadium
Development of Building Plan - Program Goggin Ice Center, Miami University • Public Spaces • Spectator Facilities • Circulation • Event Facilities • Food and Retail Facilities • Limited Access • Team Facilities • Administration • Media Facilities • Operations Support
Development of Building Plan - Program Public Area Limited Access N Event Floor Plan
Development of Building Plan - Program Public Area Limited Access N Concourse Floor Plan Luxury Floor Plan
Development of Building Plan - Program • Public areas
Development of Building Plan - Program • Limited Access
Development of Building Plan - Program N Event Floor Plan
Development of Building Plan - Program N Concourse Floor Plan Luxury Floor Plan
Development of Building Plan - Response to Code • International Building Code (IBC) compliance in arena • Seating (sec. 1108) • Aisles/Egress (sec. 1025) • Stairs (sec. 1108) • ADA (handicap) • Seating (sec. 1108.2) • Companion seats • Dispersed seating • Access (ADA stadiums) N
Development of Building Plan - Response to Code • International Building Code (IBC) compliance in arena • Seating (sec. 1108) • Aisles/Egress (sec. 1025) • Stairs (sec. 1108) • ADA (handicap) • Seating (sec. 1108.2) • Companion seats • Dispersed seating • Access (ADA stadiums) • = ADA seating N
Development of Building Plan - Response to Code • Set backs • 50 ft. from University Dr. • District petition • Change from sub-district 5 to sub-district 9
Development of Building Plan - Response to Code • Height restrictions • Max. height: 90 ft. • North Elevation
Development of Building Plan - Response to Code Utility planning MEP Natural Gas Compressed Air Steam Water
Elevations West Elevation
Elevations South Elevation
Sections Building Section of main arena, South/North
Sections Building Section, West/East
Materials Mondo Sport Impact rubber flooring for Team Facilities Glass Brick Low-E roofing
Roof System • Glulam Wood Roof System • Inspirations in popular facilities • Armstrong-Spallumcheen Arena (Armstrong, British Columbia) • Disney ICE (Anaheim, California) • The Richmond Olympic Oval (Vancouver, British Columbia) • Aesthetics • Hockey Barn look
Roof System • Glulam Wood Roof System • Can it span 200 ft.? • Fig. 1.13, Timber Engineering • Can it handle State College snow loads? • Average yearly snowfall of State College = 46 in. • Average yearly snowfall of Armstrong, BC, Canada = 50 in. • Is there a nearby manufacturer (in PA)? • Rigidply Rafters, Inc. • D. L. Truss LLC.
Roof System • Is there a nearby manufacturer? • Rigidply Rafters, Inc. – Richland, PA (128 mi.) • D. L. Truss LLC. – • New Holland, PA(137 mi.)
Sustainability: HVAC System • Ventilation • ASHRAE STANDARD 62.1 • Green Design • Energy Recovery • Low-e Ceiling • Humidity Control • Control condensation/fog
Humidity Control • Humidity = Mold • Vapor Barriers • Outside of Insulation • Air Tight Design • Positive Pressure • Vestibules • Desiccant Wheel • Control D.P. • Energy Recover
Desiccant Wheel • Design Conditions • Supply Air ~55 deg. • RH ~ 40% • D.P. ~ 35 deg. • 4500 CFM full occupancy Dry Supply Air Dry O.A. • Summer/Spring • Pre-cool O.A. • Dehumidify O.A. Dry Return Air • Winter • Warm O.A. • Humidify Incoming OA Humidified Exhaust
State College Design Temps Pre-Heat OA Pre-Cool OA Economizer