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Arch 2102 Integrative Design Studio

Cornell University Department of Architecture

Spring 2023

Ana Samaniego Instructor: Luben Dimcheff

Arch 2102 Integrative Design Studio Cornell University Department of Architecture Spring 2023 00 Table of Contents 01 Library Precedent Documentation 02 Library Precedent Analysis 03 Material Precedent Documentation 04 Material Precedent Analysis: Structural Systems 05 Material Precedent Analysis: Building Envelope Systems and Assemblies 06 Material Precedent Analysis: Environmental Control Systems and Building Performance 07 Site Documentation 08 Site Conditions 09 Regulatory Requirements 10 User Requirements 11 Organization and Process 12 Drawings 13 Model Documentation 14 Structural Systems 15 Building Envelope Systems and Assemblies 16 Environmental Control Systems, Environmental Impacts, and Building Performance 17 Accessible Design 18 Life Safety Systems

Ana Samaniego Instructor: Luben Dimcheff

Thabo Mbeki Presidential Library

ARCHITECT: Adjaye Associates

Located in Johannesburg, the Thabo Mbeki Presidential Library is a space of excellence, learning, research, discourse and cultural exchange predicated on the African perspective.

CONCEPT: take consideration of solar orientation of light

MATERIALITY: sustainable aspect

- Each dome will be made from rammed earth

- 5,400-square-metre

- The mud used to build the rammed earth structures will all be sourced locally in an attempt to help reduce the library’s embodied carbon footprint.

Arch 2102 Integrative Design Studio

Cornell University Department of Architecture

Spring 2023

01 Precedent Documentation

Ana Samaniego Instructor: Luben Dimcheff Interior Views

Precedent Analysis

2023

Ana Samaniego Instructor: Luben Dimcheff

Arch 2102 Integrative Design Studio Cornell University Department of Architecture Spring

Axonometrci Drawing Circulation Plan Oblique Diagram Section Drawing

The Museum of Archaeology in Sero’s structure is made up of a concrete skeleton frame that is lined with red brickwork. The design exhibits the significance of materiality through the usage of brick through the shell and framework of the structure itself. With pavings made of bricks and brick chippings, the museum’s form reveals the significance of materiality and its integration with its surrounding conditions and landscape.

Arch 2102 Integrative Design Studio Cornell University Department of Architecture Spring 2023

03 Material Precedent Documentation

Ana Samaniego & Avery Steinbeck Instructor: Luben Dimcheff Floor Plan, Section and Elevation Suzanne Bukinik

04 Material Precedent Analysis: Structural Systems Arch 2102 Integrative Design Studio Cornell University Department of Architecture Spring 2023

Detail of Brick on the Facade Facade Drawing Ana Samaniego & Avery Steinbeck Instructor: Luben Dimcheff

Arch 2102 Integrative Design Studio Cornell University Department of Architecture Spring 2023 05 Material Precedent Analysis: Building Envelope Systems and Assemblies Detail Section of Stone Room and Wine

Overall Construction Isonometric

Room

Ana Samaniego & Avery Steinbeck Instructor: Luben Dimcheff

Type A

Type B Type C Type D

Isonometric Roof Light Construction and Exploded Isonometric

Arch 2102 Integrative Design Studio Cornell University Department of Architecture Spring 2023 06 Material Precedent Analysis: Environmental Control Systems and Building Performance

Ana Samaniego Instructor: Luben Dimcheff Types of Brcik Used in the construction of the building Brick Chippings Grooved brick tiles 25/150/280 mm Cored Brick: Bottle rack 220/230/540 mm Brick prforated 90/120/270 mm

07B Site Documentation

Arch 2102 Integrative Design Studio

Cornell University Department of Architecture

Spring 2023

Ana Samaniego, Ryan Wang, Kimi Ruan, Nate Jones Instructor: Luben Dimcheff

08 Site Conditions

Arch 2102 Integrative Design Studio

Cornell University Department of Architecture

Spring 2023

Ana Samaniego, Ryan Wang, Kimi Ruan, Nate Jones Instructor: Luben Dimcheff

Koopen Climate: Cass Park, Ithaca, NY Classi ed Hemiboreal (Dfb) (warm summer humid continental climate)

Average tempertaure 47.0°F

Average Precipitation 35.9"

Average Snow 74.0”

Ana Samaniego, Ryan Wang, Kimi Ruan, Nate Jones

Instructor: Luben Dimcheff

Arch 2102 Integrative Design Studio Cornell University Department of Architecture Spring 2023 09 Regulatory Requirements

Lot Coverage 35% Lot Coverage 35% 35 ft Max Height

CIRCULATION DESK KITCHENETTE MANDATORY SEPERATION MANDATORY ADJACENCY NEUTRAL SECONDARY ADJACENCY FOR 17 CARS BALCONY MECHANICAL SPACE ROOM ROOM CONFERENCE ROOM FOR 6 STAFF MEMBERS EXECUTIVE DIRECTOR COMMONS PROGRAM AREA ROOM CO-WORKING SPACES STACKS BALCONY SEATING SPACE RESTROOMS

LOBBY CIRCULATION DESK KITCHENETTE STAIRS MANDATORY SEPERATION MANDATORY ADJACENCY NEUTRAL SECONDARY ADJACENCY ELEVATOR PARKING FOR 17 CARS OUTDOOR BALCONY MECHANICAL SPACE STORAGE ROOM TOILET ROOM CONFERENCE ROOM OFFICE FOR 6 STAFF MEMBERS EXECUTIVE DIRECTOR DIGITAL COMMONS CHILDREN PROGRAM AREA MULTI-USE ROOM STUDY CO-WORKING SPACES BOOK STACKS ENTRANCE BALCONY USER SEATING SPACE RESTROOMS OPEN SPACE EDUCATIONAL SERVICES OPEN SPACE OPEN SPACE COLLECTIONS GENERAL SERVICE GENERAL SERVICE MECHANICAL SPACE ADMINISTRATION ENTRANCE STRUCTUREELEVATED OPEN SPACE EDUCATIONAL SERVICES OPEN SPACE OPEN COLLECTIONS GENERAL SERVICE GENERAL SERVICE MECHANICAL ADMINISTRATION ENTRANCE STRUCTURE STRUCTUREELEVATED

Plan with Program

Ana Samaniego

2102 Integrative Design Studio Cornell University Department of Architecture Spring 2023

Arch

Instructor: Luben Dimcheff User Requirements

Program Bar

Adjacency Matrix

The library is deisgned in Cass Park site located near a lake. I wanted to preserve the site’s natural beauty and views, the concept follows on an elevated library structure supported by columns. This design not only minimizes the building’s impact on the site but also helps with the prevention of lake water overflow. The building’s form follows a 4-foot grid and includes a central courtyard and diagonal balconies that direct views towards the lake. The exterior walls of the facade feature a brick pattern that controls the amount of light allowed in, while private spaces have a different brick pattern with vertical holes. The building’s program is organized into various areas, including general services, collections, educational services, administration and support spaces, community areas, mechanical spaces, vertical access circulation, and outdoor spaces. The exterior facade walls material is brick. The structural material used in construction is concrete for the floor slab, roof, and structure. The curved roof design allows for sunlight and rainfall, creating a waterfall effect in the central courtyard. Overall, your design provides a functional and visually appealing space that is in harmony with its natural surroundings.

Arch 2102 Integrative Design Studio Cornell University Department of Architecture Spring 2023

11 Organization and

Ana Samaniego Instructor: Luben Dimcheff

Process

Parti Diagram Concept Diagram

PARTI DIAGRAM

12 Drawings

Arch 2102 Integrative Design Studio

Cornell University Department of Architecture

Spring 2023

Ana Samaniego Instructor: Luben Dimcheff

GROUND FLOOR PLAN SCALE: 1/8'' 1'-0''

Floor Plan Scale 1/8” = 1”0” Ground Floor Plan Scale 1/8” = 1”0”

2102 Integrative Design Studio

University Department of Architecture Spring 2023

Arch

Cornell

KEY ISONOMETRIC SCALE: 1/16'' = 1'-0'' W E N NORTH ELEVATION SCALE: 1/16'' 1'-0'' E WEST ELEVATION SCALE: 1/16'' = 1'-0'' W E

Ana Samaniego Instructor: Luben Dimcheff

12 Drawings

Arch 2102 Integrative Design Studio Cornell University Department of Architecture Spring 2023

13 Model Documentation

Ana Samaniego Instructor: Luben Dimcheff

Arch 2102 Integrative Design Studio Cornell University Department of Architecture Spring 2023

13 Model Documentation

Ana Samaniego Instructor: Luben Dimcheff

Arch 2102 Integrative Design Studio Cornell University Department of Architecture Spring 2023

13 Model Documentation

Ana Samaniego Instructor: Luben Dimcheff

2102 Integrative Design Studio Cornell University Department of Architecture Spring 2023

Arch

13 Model Documentation

Ana Samaniego Instructor: Luben Dimcheff

2102 Integrative Design Studio

University Department of Architecture Spring 2023

Arch

Cornell

14 Structural

EXPLODED AXONOMETRIC SCALE: 1/16'' = 1'-0'' W E S N

Ana Samaniego Instructor: Luben Dimcheff

Systems

Structural Grid Plan

1 2 4 7 6 9 11 10 12 13 14 10 11 12 13 14

Exploded Structural Axonometric Scale 1/16” = 1’0”

Wall Section Exterior Facade Wall with Brick Pattern Scale 1” = 1’0”

Arch 2102 Integrative Design Studio

Cornell University Department of Architecture

Spring 2023

Ana Samaniego Instructor: Luben Dimcheff

Structural Systems

2 15 3 13 1 21 14 8 17 WALL SECTION A Scale 1" = 1'0" 1 Metal Gutter 2 Waterproofing Layer 3 Retation Layer 4 Thermal Insulation 5 Rigid Thermal Block 6 Mullion 7 Recessed Mortar 8 Common Burnt Brick 9 Brick Screening 10 Metal Tube Connection 11 Triple-Panel Glass 12 Argon Gas 13 Rigid Thermal Block 14 Polished Concrete Flooring 15 Heating Pad 16 Protective Layer 17 Thermal Insulation 19 Steel Angle Fixed to End Plate 20 Connection Steel Rod 21Reinforced Concrete Floor Slab 22 Reinforced Steel Rod 23 Coarse Gravel 24 Foundation Concrete 25 Drainage 7 5 6 4 16 12 19 11 22 23 22 10 24 9 20 SCALE: 1'' = 1'-0'' WALL SECTION

Arch 2102 Integrative Design Studio Cornell University Department of Architecture Spring 2023

15 Building Envelope

Ana Samaniego Instructor: Luben Dimcheff

Systems and Assemblies

SECTION A

SCALE: 1/8'' = 1'-0'' SECTION A W E S N

Scale: 1/8” = 1’0”

Arch 2102 Integrative Design Studio Cornell University Department of Architecture Spring 2023

15 Building

Ana Samaniego Instructor: Luben Dimcheff

Envelope Systems and Assemblies

SECTION B

SECTION B SCALE: 1/8'' = 1'-0'' W E S N

Scale: 1/8” = 1’0”

W ND ROSE

Summe

W nte Ve na Equ no

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Sam n ego ak 263

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A4 Therma Bridg ng A a Sam n ego ak 263 My site is Cass Park in Ithaca located on the west side of the Cayuga lake Base Case The s t c ma e zo e A hum d nd o d ma n c u a o c ns de he t os The ba e e e s ows h t he e U an ua e che 50 8 Wh m2 w t he r ce e n s a 27 The go o ow r he e U we mus cha ge t e m e a compos t on and t c ne s 1 t ra on - Roo Wa Mat r 3 d t ra on - Hea Pump 2nd e a on - Roo Wa Ma e a In the first iteration, changed the material to Concrete with a conductivity of .025 m and kept the same insulation board at 0.3 m. Ultimately lowered a bit with the site EUI to 427.1 kWh/m2/a and the price set to $24.60. The Operational carbon lowered from 350 kgCO2eqv to 300 kgCO2eqv The base material is Brick with a conductivity of 0.25 m and the Insulation board with conductivity of 0.3 m In the second iteration, changed the material to Gypsum Board with conductivity of 0.16 m and kept the same insulation cellular polyurethane at 0.2409. It ultimately lowers the site EUI to 381.9 kWh/m2/a and the price set to $22.30 AIA EUI: 587.6 kWhm/m2/yr Site EUI: 305.4 kWh/m2/yr Oper. Carbon: 67.4 kgCO2/m2/yr Cost: 17 $/m2/yr The heat pump is assumed to help lower the energy consumption, which in this case it did changed 76 kWh/m2/yr F na Conc u ion The chart shows the EUI changes from the three iterations. The building EUI site decreased from 508 kWh/m2/yr to 103 kWh/m2/yr making it a 79.72% change. The overall carbon is reduced with power consumption and materiality. A5 Detail ng and Thermal Br dging An Saman ego k 263 My site is Cass Park in Ithaca located on the west side of the Cayuga lake. Base Des gn My s ud o mater al for my bra y s Br c Rev sed Des gn Wa Cons ru t on Br k B c wo k 0 6 m A Cav ty 0 06m P ywood 0 2m EPS nsu a on 0 04m Roo Cons uc on T mb r A um n m 0 012m Roo Sh n es 0 004m T mber 0 13m The b se d s gn co ne cond on s P - a ue o 0 03 W mK Th ev ed des gn co ne c nd t on s Ps -va ue o 0 063 W m Wa Con t uc on B c Br ckwo k 0 1 m A Cav y 0 06m P ywood 0 2m EPS n u a on 0 04m Roo Cons r ct on T mbe A um num 0 0 2m Roo Sh n es 0 004m EPS n u a on 0 04m P ywood sh ath g 0 027m T mb r 0 13m Th Ps - v ue oo h h and hus not a go d pe fo man e Th hea ux shows ha he mb r s c e t n a he ma b dge he chang o b ck ma er a 0 16m to 0 12m EPS nsu t on n he orne P ywood hea ng n he co ne The c ange n he ev sed d s gn a e Heat flux shows that these changes reduced the amount of heat flux that occurs in the corner The U-va ower d by a to a of 0 030 W mK U-va u = 0 34 7W mK U-value = ((Psi L/ wall area) U0 U-v ue = 0 375 W mK U-value (( 0.068 5m)/ 48m) + 0.365 U-value ((Psi x L/ wall area) + U0 U-value = (( 0.103 5m)/ 48m) + 0.365 A6 Daylight & V sual Comfort Ana Saman go ks 63 My site is Cass Park in Ithaca located on the west side of the Cayuga lake. Base Design Day ght Ava lab ty Annua G a e 51%

16 Environmental Control Systems, Environmental Impacts, and Building Performance

Arch 2102 Integrative Design Studio

Cornell University Department of Architecture

Spring 2023

Ana Samaniego Instructor: Luben Dimcheff A1 C imate Ana ys s: Location Ithaca NY Ana Saman ego a s263 SUN PATH

Au um

Obse vat on Th cho en oc t n s Tompk n cou ty haca wh h s p aced on he no hern s de hus he sh dow omes f om tha d re t n Acco d ng to th Koopen C m t Zone ha a c a s ed as D b con nen a no d y s ason wa m umme he co d s mon h n anua y and he ho es n u y Du ng umme and w n e he o s e sun ad te s n gh and UV ay om he s uth or nt t o a ea ound D f ren e un gh amount d fe or each ea on n the summ r th sun s h ghe and h s ngt e dur t on rom 5 am- pm Wh e he w n er a ude s n s owe be aus o ha he un c o e o t e s te t us ewe du at on hou s om 8 am-4 pm

era on 1 Base I era on 2

A3 Net Zero and Renewable Energy An

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Cass Park, Ithaca, NY Loca ed on he west de o Cayuga ake acros f om he fa me s marke B a en ng h oo t e p r en a e d ub ed r m he p ev ous e a o wh h o d be au e t r o s ou d r ce ve s d e s n h

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Red B c

P a er nt r r

17 Accessible Design

Arch 2102 Integrative Design Studio

Cornell University Department of Architecture

Spring 2023

36'-9 1 2 20'-0" 20'-0" 20'-0" 20'-0" 20'-0" 20'-0" 20'-0" 24'-0" 11'-0" 6'-5" 23'-9 1 2 15'-0" 7'-2 2 12'-2 1 2 7'-7 1 4 20'-8 1 4 46'-1 1 2 11'-7 3 4 7'-7 1 4 12'-6 1 4 13'-6 3 4 35'-2 10'-9" 44'-83 4 7'-7 1 4 4'-6 1 4 12'-0" 46'-1 1 4 39'-83 4 25'-3" 14'-03 4 5'-11 1 4 27'-3 1 2 23'-9 1 2 0'-0" 116'-0" 131'-81 35'-10" 4'-10 1 4 36'-9 1 2 ADA PLAN OCCUPANCY LOAD OUTDOOR BALCONY A 968 SQ FT OCCUPANCY 50 LOBBY 1360 SQ FT OCCUPANCY 90 ENTRANCE BOOK STACKS 1250 SQ FT OCCUPANCY 30 PRIVATE STUDY AREA 258 SQ FT OCCUPANCY 17 MECHANICAL SPACE 485 SQ FT WOMEN RESTROOM 156 SQ FT OCCUPANCY 10 MEN RESTROOM 156 SQ FT OCCUPANCY 10 STORAGE ROOM 113 SQ FT OCCUPANCY 2 KITCHEN 216 SQ FT OCCUPANCY RESTROOM 80 SQ FT OFFICES 390 SQ FT OCCUPANCY 15 CONFERENCE ROOM 315 SQ FT OCCUPANCY 25 ADMINISTRATION OFFICE 200 SQ FT OCCUPANCY OUTDOOR BALCONY B 741 SQ FT OCCUPANCY 25 MULTIPURPOSE ROOM 642 SQ FT OCCUPANCY 40 DIGITAL ROOM 741 SQ FT OCCUPANCY 20 PUBLIC STUDY AREA ENTRANCE BALCONY 765 SQ FT OCCUPANCY 45 SEATING AREA EDUCATIONAL CLASSROOM 383 SQ FT OCCUPANCY 19

Ana Samaniego Instructor: Luben Dimcheff

Arch 2102 Integrative Design Studio

Cornell University Department of Architecture Spring 2023

5'-0" 7'-0 2'-0 5'-8 6'-0 3'-10" 5'-10 1 4 4'-6 3'-0" 5'-6 1 4 ELEVATOR ACCESSIBLE BATHROOM 116'-0" OCCUPANCY LOAD EGRESS & REFUGE OUTDOOR BALCONY A 968 SQ FT OCCUPANCY 50 LOBBY 1360 SQ FT OCCUPANCY 90 ENTRANCE BOOK STACKS 1250 SQ FT OCCUPANCY 30 PRIVATE STUDY AREA 258 SQ FT OCCUPANCY 17 MECHANICAL SPACE 485 SQ FT WOMEN RESTROOM 156 SQ FT OCCUPANCY 10 MEN RESTROOM 156 SQ FT OCCUPANCY 10 STORAGE ROOM 113 SQ FT OCCUPANCY KITCHEN 216 SQ FT OCCUPANCY RESTROOM OFFICES 390 SQ FT OCCUPANCY 15 CONFERENCE ROOM 315 SQ FT OCCUPANCY 25 ADMINISTRATION OFFICE 200 SQ FT OCCUPANCY OUTDOOR BALCONY B 741 SQ FT OCCUPANCY 25 MULTIPURPOSE ROOM 642 SQ FT OCCUPANCY 40 DIGITAL ROOM 741 SQ FT OCCUPANCY 20 PUBLIC STUDY AREA ENTRANCE BALCONY 765 SQ FT OCCUPANCY 45 SEATING AREA EDUCATIONAL CLASSROOM 383 SQ FT OCCUPANCY 19 36'-9 1 2 20'-0" 20'-0" 20'-0" 20'-0" 20'-0" 24'-0" 6'-5" 23'-9 1 2 15'-0" 7'-2 1 2 44'-83 4 46'-1 1 4 39'-83 4 " 25'-3" 23'-9 1 2 0'-0" 131'-81 2 35'-10" EGRESS PLAN & ADA PLAN W E S N EGREES PLAN ADA PLAN PRIMARY ROUTE SECONDARY ROUTE ACCESSIBILITY ROUTE EXIT EXIT

Ana Samaniego Instructor: Luben Dimcheff

Life Safety Systems