etp characteristic design values

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 HYNE TIMBER ABN 67 009 660 995 160 Kent St, PO Box 106 Maryborough QLD 4650 T: 07 4121 1211 F: 07 4122 4607  E: [email protected]  www.hyne.com.au  Hyne ETP Characteristic Properties Hyne characteristic design properties suitable for limit states design in accordance with Australian Standard AS 1720.1-2010 Timber structures Part 1: Design methods . Table 1a: Characteristic Values for Design for Hyne Beams, Hyne LGL and Hyne e-beam Table 1b: Characteristic Values for Design for Hyne Beams, Hyne LGL and Hyne e-beam . NOTES:  (1)  A volume effect multiplier (k) shall be applied to Hyne LVL  and Hyne e-beam+  characteristic bending and tension values only for all depths greate r than 95mm prior to any othe r calculations as follows: k = ( 95 / d ) 0.140  , where d = depth of LVL (2) Hynebeam 21, Hyne LGL 44 , Hyne LVL  and Hyne e-beam+  are proprietary grades. For design advice please refer to relevant A ustralian Standards and to GLTAA Unified Design Criteria

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Hyne ETP Values

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Page 1: ETP Characteristic Design Values

7/21/2019 ETP Characteristic Design Values

http://slidepdf.com/reader/full/etp-characteristic-design-values 1/1

 

HYNE TIMBER ABN 67 009 660 995

160 Kent St, PO Box 106

Maryborough QLD 4650

T: 07 4121 1211 F: 07 4122 4607 

E: [email protected] 

www.hyne.com.au 

Hyne ETP

Characteristic Properties

Hyne characteristic design properties suitable for limit statesdesign in accordance with Australian Standard AS 1720.1-2010

Timber structures Part 1: Design methods .

Table 1a: Characteristic Values for Design for Hyne

Beams, Hyne LGL and

Hyne e-beam

Table 1b: Characteristic Values for Design for Hyne Beams, Hyne LGL and

Hyne e-beam .

NOTES:  (1) A volume effect multiplier (k) shall be applied to Hyne LVL  and Hyne e-beam+  characteristic bending and tension

values only for all depths greater than 95mm prior to any other calculations as follows: k = ( 95 / d )0.140 , where d = depth of

LVL(2) Hynebeam 21, Hyne LGL 44 , Hyne LVL  and Hyne e-beam+  are proprietary grades.

For design advice please refer to relevant Australian Standards and to GLTAA Unified Design Criteria