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On the stiffness changes in nail plate trusses: Dissertation
Mika Leivo
VTT Technical Research Centre of Finland
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Dive into the research topics of 'On the stiffness changes in nail plate trusses: Dissertation'. Together they form a unique fingerprint.
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Keyphrases
Trusses
100%
Nail Plate
100%
Stiffness Change
100%
Sawn Timber
70%
Plate Joint
60%
Creep Model
50%
Humidity
30%
Creep
30%
Constant Humidity
30%
Truss
30%
Timber Plates
30%
Instantaneous Stiffness
30%
Service Conditions
20%
Power Function
20%
Mechano-sorptive Creep
20%
Moisture Content
10%
Stiffness
10%
Wood
10%
Experimental Testing
10%
Deflection
10%
Creep Test
10%
Humidity Conditions
10%
Moisture Condition
10%
Cross-sectional Shape
10%
New Joint
10%
Joint Model
10%
Joint Test
10%
Stiffness Estimation
10%
Stiffness Model
10%
Experimental Power
10%
INIS
stiffness
100%
plates
100%
nails
100%
creep
90%
humidity
50%
loading
30%
moisture
20%
power
20%
wood
10%
deformation
10%
shape
10%
testing
10%
houses
10%
Engineering
Joints (Structural Components)
100%
Sawn Timber
58%
Creep Model
41%
Test Series
25%
Creep
25%
Service Condition
16%
Test Condition
8%
Full Scale
8%
Influencing Factor
8%
Creep Test
8%
Stiffness Model
8%
Sectional Shape
8%
Test House
8%