CIB-W18 Timber Structures – A review of meeting 1-43 2 MATERIAL ...
CIB-W18 Timber Structures – A review of meeting 1-43 2 MATERIAL ...
CIB-W18 Timber Structures – A review of meeting 1-43 2 MATERIAL ...
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30-17-1 F Rouger A new statistical method for the establishment <strong>of</strong><br />
machine settings 80<br />
35-17-1 J Köhler, S Svenson Probabilistic modelling <strong>of</strong> duration <strong>of</strong><br />
load effects in timber structures 81<br />
38-17-1 R Steiger, J Köhler Analysis <strong>of</strong> censored data - Examples in<br />
timber engineering research 81<br />
39-17-1 I Smith, A Asiz, M Snow, Y H Chuff Possible<br />
Canadian/ISO approach to deriving design values from test data 82<br />
2.9 STRENGTH GRADING 84<br />
21-5-1 T Nakai Non-destructive test by frequency <strong>of</strong> full size timber<br />
for grading 84<br />
21-6-2 A R Fewell, P Glos The determination <strong>of</strong> characteristic<br />
strength values for stress grades <strong>of</strong> structural timber. 84<br />
22-5-1 T Nakai, T Tanaka, H Nagao Fundamental vibration<br />
frequency as a parameter for grading sawn timber 84<br />
26-5-1 F Rouger, C De Lafond, A El Quadrani Structural properties<br />
<strong>of</strong> French grown timber according to various grading methods 85<br />
28-5-1 S Ohlsson Grading methods for structural timber - principles<br />
for approval 86<br />
28-5-2 N Burger, P Glos Relationship <strong>of</strong> moduli <strong>of</strong> elasticity in<br />
tension and in bending <strong>of</strong> solid timber 86<br />
29-5-1 T Courchene, F Lam, J D Barrett The effect <strong>of</strong> edge knots on<br />
the strength <strong>of</strong> SPF MSR lumber 87<br />
29-5-2 T D G Canisius, T Isaksson Determination <strong>of</strong> moment<br />
configuration factors using grading machine readings 87<br />
30-10-1 P Kuklik Nondestructive evaluation <strong>of</strong> wood-based<br />
members and structures with the help <strong>of</strong> modal analysis 88<br />
31-5-1 S Ormarsson, H Peterson, O Dahlblom, K Person Influence<br />
<strong>of</strong> varying growth characteristics on stiffness grading <strong>of</strong> structural<br />
timber 89<br />
31-5-2 R H Leicester, H Breitinger, H Fordham A comparison <strong>of</strong> ingrade<br />
test procedures 90<br />
32-5-1 K Frühwald, A Bernasconi Actual possibilities <strong>of</strong> the<br />
machine grading <strong>of</strong> timber 90<br />
32-5-2 A Bernasconi, L Boström, B Schacht Detection <strong>of</strong> severe<br />
timber defects by machine grading 91<br />
34-5-1 F Lam, S Abayakoon, S Svensson, C Gyamfi Influence <strong>of</strong><br />
pro<strong>of</strong> loading on the reliability <strong>of</strong> members 92<br />
36-5-1 C Bengtson, M Fonselius Settings for strength grading<br />
machines <strong>–</strong> Evaluation <strong>of</strong> the procedure according to prEN 14081,<br />
part 2 92<br />
36-5-2 J Köhler, M H Faber A probabilistic approach to cost optimal<br />
timber grading 93<br />
36-7-11 A Ranta-Maunus, A Kevarinmäki Reliability <strong>of</strong> timber<br />
structures, theory and dowel-type connection failures 94<br />
38-5-1 M Arnold, R Steiger Are wind-induced compression failures<br />
grading relevant 94<br />
39-5-1 J Köhler, R Steiger A discussion on the control <strong>of</strong> grading<br />
machine settings <strong>–</strong> current approach, potential and outlook 96<br />
39-5-2 R Katzengruber, G Jeitler, G Schickh<strong>of</strong>er Tensile pro<strong>of</strong><br />
loading to assure quality <strong>of</strong> finger-jointed structural timber 97<br />
40-5-1 K Crews Development <strong>of</strong> grading rules for re-cycled timber<br />
used in structural applications 98<br />
40-5-2 M Sandomeer, J Köhler, P Linsenmann The efficient control<br />
<strong>of</strong> grading machine settings 99<br />
42-5-1 R Ziethén, C Bengtsson Machine strength grading <strong>–</strong> a new<br />
method for derivation <strong>of</strong> settings 100<br />
<strong>43</strong>-5-1 F Rouger Quality control methods - Application to<br />
acceptance criteria for a batch <strong>of</strong> timber 101<br />
<strong>43</strong>-5-2 P Stapel, J W v. d. Kuilen, A Rais Influence <strong>of</strong> origin and<br />
grading principles on the engineering properties <strong>of</strong> European timber<br />
101<br />
2.10 STRENGTH VALUES 104<br />
7-6-1 K Möhler Strength and long-term behaviour <strong>of</strong> lumber and<br />
glued laminated timber under torsion loads 104<br />
24-6-1 T A C M van der Put Discussion <strong>of</strong> the failure criterion for<br />
combined bending and compression 104<br />
26-6-1 T A C M van der Put Discussion and proposal <strong>of</strong> a general<br />
failure criterion for wood 105<br />
28-6-1 F Lam, H Yee, J D Barrett Shear strength <strong>of</strong> Canadian<br />
s<strong>of</strong>twood structural lumber 107<br />
28-6-2 B Madsen Shear strength <strong>of</strong> Douglas fir timbers 108<br />
30-6-1 N Burger, P Glos Strength relationships in structural timber<br />
subjected to bending and tension 108<br />
36-6-1 P Glos, J Denzler Characteristic shear strength values based<br />
on tests according to EN 1193 109<br />
<strong>CIB</strong>-<strong>W18</strong> <strong>Timber</strong> <strong>Structures</strong> <strong>–</strong> A <strong>review</strong> <strong>of</strong> <strong>meeting</strong> 1-<strong>43</strong> 2 <strong>MATERIAL</strong> PROPERTIES page 2.5