169x Filetype PPTX File size 2.47 MB Source: www.worldstainless.org
? s l e e t s s s e l n i a t s y h W Introduction Main materials used in architecture, building and construction 2 ? s UP l Relative use of the main building materials today D A e T ED e 20 t 1 s 9! Materials World Production Average Remarks s s * Density e l n i a t s Rammed earth, pisé na Was used for traditional houses in Africa mostly. y Some renewed interest for its environmental properties h W 2 4185 2,0 Year 2017 Bricks Traditional production is very polluting and unhealthy Of which 87% in Asia Cement 3 3545 2,4** (To obtain the figure for concrete multiply by 3-4) **Concrete density - 2018 figures 4a 1690 7,8 (Crude Steel production 2018) –Includes stainless steel Steel 14% goes into infrastructures - half as rebar 10 42% goes into buildings 12 Cast Iron and Steel4b 110 7,8 2017 Figures 5 887 0,56 Sawn wood+wood-based panels only (2016 figures) Wood Deforestation keeps gaining ground Excluding pulpwood (about 656) Excluding wood fuel (1860) & other wood products Man-Made Polymers 6 348 1,1 Some Natural Polymers: Cellulose, Rubber, Silk, Chitin 2017 figures Man-made Glass 7 75 2,6 Flat glass only (80% of total glass market) 2018 figures Main other markets: Automotive, Solar energy Glass 8 64 2,7 (Primary Aluminum Production in 2018) Aluminum 24% goes into construction 10 Stainless Steel 9 51 7,8 2018 figures 17% goes into construction 11 na: not available * in Millions Metric Tons 3 ? s l e e t s Relative use of the main building materials today: s s e l n Bar Chart UP i D A a T ED t s 2 01 9! y h 4500 W 4000 ) 43500 1 0 2 3000 : r a e2500 y ( s e2000 n n o T1500 s n o i1000 l l i M 500 0 Materials 4 ? s l e e 12 t s Young’s modulus E of various materials s s e l n i (stiffness ) a t s y h Young’s Stainless steels W Material Modulus are as stiff as E (GPa) steel Steels ~210 Stainless steels ~210 Copper alloys ~130 Titanium Alloys ~100 Aluminum alloys ~70 Concrete ~40 Wood ~10 Plastics ~4 5 ? s l 13 e e Strength/weight ratio t s s s e of architectural metals l n i a Stainless steels offer a t s y strength/weight ratio h comparable to steels W and to Al alloys Strength Yield, Stress, Ultimate Specific wt Min Material (YS)/Specific Mpa Tensile (Kg/dm³) Elongation, % Weight Strength, Mpa Stainless 304 or 316, annealed 26 205 515 7,8 35 Stainless 304 or 316, work-hardened CP 350 45 350 - 7,8 - Stainless 304 or 316, work-hardened CP 500 62 480 - 7,8 - Duplex 2205 64 500 700/950 7,8 20 Stainless 630, aged 103 800 950/1150 7,8 10 C-steel commercial sheet, Hot rolled 30 234 317 7,8 35 Structural Steel (plate and bar) 32 250 400/550 7,8 23 HSLA Steel 49 380 460 7,8 25 Engineering Steel 4140 Q&T 96 750 930/1080 7,8 12 Aluminum Alloy 3003- H14 37 145 150 2,7 40 Aluminum Alloy 3105- H14 38 150 170 2,7 5 Aluminum Alloy 5005- H16 44 170 180 2,7 5 Aluminum Alloy 6061- T6 71 275 310 2,7 12 Aluminum Alloy 6063- T5 37 145 185 2,7 12 Copper 23 195 250 8,3 30 6
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