Larrison Pavilion Deming Park Terre Haute, Indiana.
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Transcript of Larrison Pavilion Deming Park Terre Haute, Indiana.
Larrison PavilionLarrison PavilionDeming ParkDeming ParkTerre Haute, IndianaTerre Haute, Indiana
Team IntroductionTeam Introduction
Martin Brenny – Project Martin Brenny – Project EditorEditor
Shawn Smith – Client LiaisonShawn Smith – Client Liaison Mike Thompson – Project Mike Thompson – Project
ManagerManager Jon Hawkins – Project Jon Hawkins – Project
EngineerEngineer
OverviewOverview Project Project
DescriptionDescription Design Design
Requirements Requirements Project Project
ApproachApproach Final Design Final Design
SolutionSolution Cost AnalysisCost Analysis
Project DescriptionProject Description 5820 sq. ft.5820 sq. ft. Partially Partially
DemolishedDemolished Demolish & Demolish &
RebuildRebuild
Design RequirementsDesign Requirements 150 Person Capacity150 Person Capacity Banquet RoomBanquet Room Stage, KitchenStage, Kitchen RestroomsRestrooms OfficeOffice LobbyLobby Camps, Gatherings, Camps, Gatherings,
ReceptionsReceptions Aesthetically Aesthetically
PleasingPleasing
Project ApproachProject Approach Codes & Codes &
RegulationsRegulations Site AssessmentSite Assessment Soil AnalysisSoil Analysis Decision MatricesDecision Matrices Floor PlanFloor Plan Foundation DesignFoundation Design Structural DesignStructural Design Hydrology Hydrology
AnalysisAnalysis TransportationTransportation
Site DesignSite Design
Existing buildingExisting building
Position of treesPosition of trees
Proposed pavilionProposed pavilion
Final Design SolutionFinal Design Solution
Subsurface InvestigationSubsurface Investigation
Soil samplesSoil samples Dynamic coneDynamic cone Friction angleFriction angle Bearing capacityBearing capacity
Final Design SolutionFinal Design Solution
Final Design SolutionFinal Design SolutionGrading and Drainage PlanGrading and Drainage Plan
FoundationFoundation Floor planFloor plan Strip footingStrip footing Spread footingSpread footing Slab on gradeSlab on grade SuperstructureSuperstructure
Final Design SolutionFinal Design Solution
AccessAccess Access roadsAccess roads Add access Add access
from road to from road to rear of rear of pavilionpavilion
ParkingParking
Final Design SolutionFinal Design Solution
ArchitectureArchitecture
Cedar Shake Roof
Stone Facade
Natural MaterialsSloping RoofTwo-Section Floor Plan
Entrance and Lobby
Main Banquet Hall
Floor PlanFloor Plan
Floor PlanFloor PlanIndividual ElementsIndividual Elements
Lobby/Main EntryLobby/Main Entry RestroomsRestrooms KitchenKitchen StorageStorage OfficeOffice PatioPatio Main Banquet HallMain Banquet Hall
Final Design SolutionFinal Design Solution The Decision Matrix The Decision Matrix
ProcessProcess• Use to evaluate
best structural material Cost
Aesthetics
Environmental Impact
Maintenance
Final Design SolutionFinal Design Solution The Decision Matrix The Decision Matrix
ResultsResults
Structural DesignStructural Design
•Structural Analysis •Roof Design•Columns•Shear Wall
Structural LayoutStructural LayoutDiagonal Member
Truss Member
Stringers
Structural AnalysisStructural Analysis
•Wind
• Snow
• Dead
• Roof live loads
Stringers Transfer the Distributed Load to the Truss & Diagonal Members
Vertical Loads Transferred to the Columns and Horizontal Loads transferred to the Shear Wall
Structural AnalysisStructural AnalysisDistributed Wind load is transferred to the steel beams which act as drag beams for the shear wall
Member SelectionMember Selection
Masonry : 8” x 16” x 12” w/ Type M mortarMasonry : 8” x 16” x 12” w/ Type M mortar Steel : Beams & Columns are Steel : Beams & Columns are
W 10 x 33W 10 x 33
Diagonal Bending Stress (psi) Design Moment (psi) Axial Stress (psi) Design Axial (psi) MemberBanquet Hall 894 1147 42.8 825 10 x 12
Entrance 956 1147 17.1 825 8 x 10
Stringers Bending Stress (psi) Moment Capacity (psi) Design Shear (psi) Shear Capacity (psi) MemberA - D 950 1572 36 170 4 x 4E - G 1430 1572 51 170 3 x 4H - K 1510 1572 54 170 2 x 6L - N 835 1572 85 170 2 x 4
LEED RatingLEED Rating New ConstructionNew Construction Certified 26-32 Certified 26-32
pointspoints Silver 33-38 pointsSilver 33-38 points 32 points32 points Low-Emitting Low-Emitting
MaterialsMaterials Local ResourcesLocal Resources Construction Construction
PracticesPractices
Cost AnalysisCost AnalysisITEM COST*Site Preparation $8,486
Footings/Slab $39,841
Masonry Walls $158,646
Roof $53,337
Windows/Doors $8,136
Flooring $27,919
Office $619
Plumbing/HVAC/Electrical $117,606
TOTAL $415,000
*R.S. Means, 2004
SummarySummary
Project Project DescriptionDescription
Design Design Requirements Requirements
Project Project ApproachApproach
Final Design Final Design SolutionSolution
Cost AnalysisCost Analysis