: EASTERN CANADA'S FIRST 6- STOREY CLT BUILDING DAVID MIZRAHI, ENG. (ENSTIB, M.S.) DESIGN ENGINEER, NORDIC Copyright Materials This presentation is protected by US and International Copyright laws. Reproduction, distribution, display and use of the presentation without written permission of the speaker is prohibited. NORDIC 1
Program Education Credit Information The Canadian Wood Council is a Registered Provider with the American Institute of Architects. This course meets Continuing Education System requirements for one Learning Unit. Credit earned on completion of this program will be reported to CES Records for AIA members who provided their member number during the online registration. This course also qualifies as Structured Learning with OAA. Certificates of Completion for OAA members, and anyone else who indicated they wanted a certificate, will be emailed after the event to those who requested them during the registration process. We will also report participation to the Engineering Institute of Canada on behalf of any engineers who requested their participation be recorded. This program is registered with the AIA/CES for continuing professional education. As such, it does not include content that may be deemed or construed to be an approval or endorsement by the AIA of any material of construction or any method or manner of handling, using, distributing, or dealing in any material or product. The same is true for the OAA and EIC. Questions related to specific materials, methods, and services will be addressed at the conclusion of this presentation. : EASTERN CANADA'S FIRST 6-STOREY CLT BUILDING PRESENTATION SUMMARY PRODUCTS AND FABRICATION NORDICLAM (GLULAM) NORDIC DECKING XLAM (CROSS LAMINATED TIMBER) OVERVIEW CHALLENGES IN DESIGN STRUCTURE AND DETAILS PREFABRICATION ARCHITECTURAL DETAILS CONCLUSION QUESTIONS 2
PRODUCTS AND FABRICATION ENGINEERED WOOD PRODUCTS PRODUCTS USED IN CROSS LAMINATED TIMBER GLULAM GLUELAM DECKING I -JOISTS PRODUCTS AND FABRICATION SPF GLULAM 24 FE (BEAMS,COLUMNS & BRACING) SPECIES: GRADE: VISUAL GRADE: UTILIZATION: SPRUCE PINE FIR 24f-ES/NPG ARCHITECTURAL BEAMS, COLUMNS, BRACING AUTOMATED PROCESSING WIDTH: 44, 86, 137, 184 mm MAX HEIGHT: 965 mm (38 ) MAX LENGTH: 18.9 m (62 ) ELEMENT TYPE: BEAMS, COLUMNS AND BRACING MANUAL PROCESSING WIDTH: 137, 184, 228, 279, 327 mm MAX HEIGHT: 2400 mm (8 ) MAX LENGTH: 24.4 m (80 ) ELEMENT TYPE: BEAMS, COLUMNS AND BRACING / CURVED BEAMS 3
PRODUCTS AND FABRICATION SPF GLULAM (DECKING) SPECIES: GRADE: VISUAL GRADE: UTILIZATION: SPRUCE PINE FIR 24f-ES/NPG ARCHITECTURAL DIAPHRAGM, GRAVITY LOADS AUTOMATED PROCESSING THICKNESSES: 44, 54, 64, 89 mm WIDTH: 203, 305, 406 mm MAX LENGTH: 18.9 m PRODUCTS AND FABRICATION SPF CROSS LAMINATED TIMBER (CLT) SPECIES: SPF LONGITUDINAL LAYERS: 3L, 5L, 7L 1950FB VISUAL GRADE: INDUSTRIAL (ARCH. ON DEMAND) AUTOMATED PROCESSING MAX WIDTH: 2438 mm(8 ) MAX LENGTH: 19,5 m(64 ) THICKNESSES: 3L 78 mm 3L 105 mm 5L 131 mm 5L 175 mm 7L 245 mm 4
PRODUCTS AND FABRICATION CNC MACHINES 5 AXIS MACHINES FOR GLULAM & CLT HIGH PRECISION AND FLEXIBILITY PROCESSING INFORMATION FROM 3D MODELING: HIGH RELIABILITY QUALITY PRODUCTS AND FABRICATION CROSS LAMINATED TIMBER IN GENERAL USED IN EUROPE FOR MORE THAN 15 YEARS BUILDING MATERIAL: JUMBO PLYWOOD! DIMENSIONNAL STABILITY APPLICATIONS: FLOORS (GRAVITY & DIAPHRAGMS), WALLS (GRAVITY AND SHEARWALLS) SEEMS LIKE CONCRETE...BUT WITH MORE ADVANTAGES! 5X LIGHTER STRUCTURAL IMPACT PREFABRICATION HIGHER QUALITY CONTROL FASTER ERECTION LOWER CONSTRUCTION COSTS AND REDUCED SCHEDULES INTUITIVE MATERIAL EASY TO DESIGN AND USE ECO-FRIENDLY 1m³ = 1 TON OF CO2! 5
PROJECT TYPE: NUMBER OF UNITS: 54 CONDOMINIUM NUMBER OF STOREYS: 6 (BUILDING A) & 4 (BUILDING B) TOTAL AREA: STRUCTURE: ERECTION TIME: OVERVIEW 55 000 SQFT NORDIC X-LAM (CLT) AND NORDICLAM (GLULAM) 6 STOREYS (BUILDING A) 23 DAYS WITH 5 MEN 4 STOREYS (BUILDING B) 12 DAYS WITH 5 MEN VERY LOW GROUND CAPACITY CODE: ALTERNATIVE SOLUTION WITH RBQ (RÉGIE DU BÂTIMENT DU QUÉBEC) CONTRACTOR: ARCHITECT: ENGINEERING: GM DÉVELOPPEMENT ÉRIC PELLETIER ARCHITECTE NORDIC OVERVIEW BUILDING A (6 STOREYS) BUILDING B (4 STOREYS) + SWIMMING POOL (!) 6
OVERVIEW OVERVIEW 7
OVERVIEW CHALLENGES IN DESIGN PROJECT CAME TO A DEAD END: GROUND TYPE GRADED F (THEN E): EXCEEDING COSTS IN PILES! GLULAM AND CLT STRUCTURE 5 X LIGHTER THAN CONCRETE STRUCTURE CNBC 2005: ALTERNATIVE WITH COMBUSTIBLE MATERIAL MIXING CLT AND GLULAM ALLOWS GREAT FLEXIBILITY: - ADAPTING TO AN ARCHITECTURE THAT WAS DESIGNED FOR CONCRETE - INTERFACING WITH CONCRETE SLABS AND FOUNDATION 8
CHALLENGES IN DESIGN PROJECT CAME TO A DEAD END: GROUND TYPE GRADED F (THEN E): EXCEEDING COSTS IN PILES! GLULAM AND CLT STRUCTURE 5 X LIGHTER THAN CONCRETE STRUCTURE CNBC 2005: ALTERNATIVE WITH COMBUSTIBLE MATERIAL MIXING CLT AND GLULAM ALLOWS GREAT FLEXIBILITY: - ADAPTING TO AN ARCHITECTURE THAT WAS DESIGNED FOR CONCRETE - INTERFACING WITH CONCRETE SLABS AND FOUNDATION - CANTILEVERING WALLS CHALLENGES IN DESIGN PROJECT CAME TO A DEAD END: GROUND TYPE GRADED F (THEN E): EXCEEDING COSTS IN PILES! GLULAM AND CLT STRUCTURE 5 X LIGHTER THAN CONCRETE STRUCTURE CNBC 2005: ALTERNATIVE WITH COMBUSTIBLE MATERIAL MIXING CLT AND GLULAM ALLOWS GREAT FLEXIBILITY: - ADAPTING TO AN ARCHITECTURE THAT WAS DESIGNED FOR CONCRETE - INTERFACING WITH CONCRETE SLABS AND FOUNDATION - CANTILEVERING WALLS - PANELS REINFORCED WITH GLUELAM RIBS (UNDER SWIMMING POOL) 9
STRUCTURE AND DETAILS FLOORS: XLAM 5 PLYS 131 mm THICK (BUILDING A) 175 mm THICK (BUILDING B) WALLS: XLAM 5 PLYS 131 mm AND 175 mm THICK ROOF: XLAM 3 PLYS 105 mm THICK STRUCTURE AND DETAILS TYPICAL CONNECTIONS: GLULAM COLUMNS TYPICAL CONNECTIONS: GLULAM BEAMS / CLT 10
STRUCTURE AND DETAILS TYPICAL CONNECTIONS: CLT - CLT STRUCTURE AND DETAILS TYPICAL CONNECTIONS: CLT - CONCRETE 11
STRUCTURE AND DETAILS MAIN FRAME: MIX OF CLT AND GLULAM STRUCTURE STABILIZATION: CLT SHEAR WALLS (LINKED BY NAILED PLATES) CLT DIAPHRAGM (LINKED BY NAILED PLATES) STRUCTURE AND DETAILS MAIN FRAME: MIX OF CLT AND GLULAM STRUCTURE STABILIZATION: CLT SHEAR WALLS (LINKED BY NAILED PLATES) CLT DIAPHRAGM (LINKED BY NAILED PLATES) 12
GLULAM AND CLT ELEMENTS: AUTOMATICALLY LABELLED ON 3D MODEL EXPORT EXPORT LABELS TO APPEAR ON STRUCTURAL ELEMENTS AND ERECTION PLANS PREPARING JOB SITE (SILLS INSTALLATION) 13
BUILDING A DIVISION 1 ~ 3 DAYS BUILDING A DIVISION 2 ~ 4 DAYS 14
BUILDING A DIVISION 3 ~ 4 DAYS BUILDING A DIVISION 4 ~ 4 DAYS 15
BUILDING A DIVISION 5 ~ 4 DAYS BUILDING A DIVISION 6 ~ 4 DAYS 16
BUILDING A DIVISION 6 ~ 4 DAYS BUILDING B DIVISION 7 ~ 3 DAYS 17
BUILDING B DIVISION 8 ~ 3 DAYS BUILDING B DIVISION 9 ~ 3 DAYS 18
BUILDING B DIVISION 10 ~ 3 DAYS CLT PANELS ERECTION: DIRECTLY UNLOADED FROM THE TRUCK LAST PANEL IN IS FIRST PANEL OUT: SEQUENCE IS IMPORTANT! INSTALLATION OF PANELS HANDLING CONNECTORS AT THE SHOP: SAVE TIME ON JOB SITE 19
PREFABRICATION COORDINATION WITH MECHANIC AND PLUMBING: AS MUCH AS WE COULD OPENINGS CUT ON CNC MACHINE PREFABRICATION COORDINATION WITH MECHANIC AND PLUMBING: AS MUCH AS WE COULD OPENINGS CUT ON CNC MACHINE 20
ARCHITECTURAL DETAILS FIRE RESISTANCE: 1H FIRE RESISTANCE ON THE WHOLE BUILDINGS RBQ (RÉGIE DU BÂTIMENT DU QUÉBEC) AUTHORIZED 35 % OF WALLS VISIBLE ON 1 SIDE 50 % OF FLOORS VISIBLE ON BOTTOM SIDE ACOUSTIC: ARCHITECT DEFINES THE FLOOR AND WALL COMPOSITIONS STC > 50 db DIVISION WALL CLT AIR GAP METAL STUDS@ 400 C/C ROCKWOOL GYPSUM TYPE X PAINTED TOTAL 131 mm 10 mm 64 mm 64 mm 16 mm 221 mm ARCHITECTURAL DETAILS FIRE RESISTANCE: 1H FIRE RESISTANCE ON THE WHOLE BUILDINGS RBQ (RÉGIE DU BÂTIMENT DU QUÉBEC) AUTHORIZED 35 % OF WALLS VISIBLE ON 1 SIDE 50 % OF FLOORS VISIBLE ON BOTTOM SIDE ACOUSTIC: ARCHITECT DEFINES THE FLOOR AND WALL COMPOSITIONS STC > 50 db EXTERIOR WALL AIR STEEL GALV. SIDING 6 mm «Z» BAR GALV. @ 400MM C/C 50 mm «Z» BAR GALV. @ 400MM C/C 100 mm SEMI-RIGID MINERAL WOOL 100 mm BLUESKIN VP 160 (MENBRANE) CLT 131 mm «Z» BAR GALV. @ 400MM C/C 22 mm GYPSUM TYPE X PAINTED 16 mm AIR TOTAL 425 mm 21
ARCHITECTURAL DETAILS FIRE RESISTANCE: 1H FIRE RESISTANCE ON THE WHOLE BUILDINGS RBQ (RÉGIE DU BÂTIMENT DU QUÉBEC) AUTHORIZED 35 % OF WALLS VISIBLE ON 1 SIDE 50 % OF FLOORS VISIBLE ON BOTTOM SIDE ACOUSTIC: ARCHITECT DEFINES THE FLOOR AND WALL COMPOSITIONS STC > 50 db FLOOR FLOOR TOPPING (WOOD/CERAMIC) ACOUSTIC MEMBRANE LIGHT CONCRETE (ECO-MIX) WOOD FIBER ACOUSTIC PANEL CLT TOTAL 32 mm 12 mm 131 mm/ 175 mm 175 mm/ 219 mm ARCHITECTURAL DETAILS FIRE RESISTANCE: FIRE COMPARTMENTALIZATION PER APARTMENT (REQUIRED BY THE RBQ) 22
CONCLUSION DESIGN: PROJECT BECAME POSSIBLE WITH WOOD FLEXIBILITY ON A COMPLICATED LAYOUT ERECTION: ECONOMY ON ERECTION (AND SO ON THE OVERALL STRUCTURE) SYSTEM ADAPTED TO SMALL SITES AND DIFFICULT TO ACCESS DRASTICALLY REDUCED ERECTION SCHEDULES ARCHITECTURE HIGH QUALITY THANKS TO PREFABRICATION WOOD WAS A PLUS FOR ARCHITECTURE THANK YOU Questions/ Comments? This concludes the: American Institute of Architects Ontario Association of Architects Engineering Institute of Canada Continuing Education Systems Program : EASTERN CANADA'S FIRST 6-STOREY CLT BUILDING David Mizrahi, Eng. (ENSTIB, M.S.) NORDIC Gare Windsor, suite 504 1100 avenue des Canadiens-de-Montréal Montréal, QC H3B 2S2 Tél: (514) 871-8526, # 227 Fax: (514) 871-9789 www.nordicewp.com 23