Petri Kärenlampi

Symmetry of interactions rules in incompletely connected random replicator ecosystems

Kärenlampi Petri P. 2014. European physical journal e

Species extinction in finite replicator systems

Kärenlampi Petri P. 2012. Biological journal of the linnean society

Cell wall porosity in Norway spruce wood as affected by high-temperature drying

Borrega Marc, Kärenlampi Petri. 2011. Wood and fiber science

Radial mechanical properties of high-temperature dried Norway spruce (Picea abies) wood

Borrega Marc, Kärenlampi Petri. 2011. Wood material science and engineering

The Effect of Logging Compartment Division on Harvesting Pricing

Kärenlampi Petri. 2011. International journal of forest engineering

Thermal and Moisture Expansion of Material Elements and Macroscopic Bodies with Geometrical Symmetries - Wood Logs and Sawn Goods as Practical Examples

Kärenlampi Petri. 2011. Materials and structures

Age Distribution of Trees in Stationary Forest System

Kärenlampi Petri P.. 2010. Journal of theoretical biology

Three mechanisms affecting the mechanical properties of spruce wood dried at high temperatures

Marc Borrega and Petri P. Kärenlampi. 2010. Journal of wood science

Symmetry Considerations on the Stiffness and Eigen Deformations of Plant Fibers and Structures Made of Them

Kärenlampi Petri P.. 2009. European physical journal: applied physics

Effect of relative humidity on thermal degradation of Norway spruce (Picea abies) wood

Borrega Marc & Kärenlampi Petri P.. 2008. Journal of wood science

Dilute-Crack Approximations for Damage and Fracture in Disordered Structures

Kärenlampi Petri. 2007. European Physical Journal B

Hygroscopicity of heat-treated wood.

Borrega Marc;Kärenlampi Petri. 2007.

Mechanical behavior of heat-treated spruce (Picea abies)wood at constant moisture content and ambient humidity.

Borrega Marc;Kärenlampi Petri. 2007. European journal of wood and wood products

Lyhyin ja hitain tie

Kärenlampi Petri P.. 2005. Silva carelica

Phase Transformations of Wood Cell Wall Water

Kärenlampi Petri P.;Tyhjälä Pekka;Ström Pasi. 2005. Journal of wood science

Viscoplasticity of Steamed Wood

Kärenlampi Petri P. 2005. Mechanics of Time-Dependent Materials

Maturity and growth rate effects on scots pine basic density

Kärenlampi;Petri P. and Riekkinen;Mika. 2004. Wood Science and Technology

The effect of material disorder on fatigue damage induced by unidirectional loading

Kärenlampi;P. P.. 2004. Engineering Fracture Mechanics

Maturity and Growth Rate Effects on Scots Pine Basic Density

Kärenlampi Petri & Riekkinen Mika. 2003. Wood Science and Technology

Molecular Fatigue in Steamed Wood

Kärenlampi Petri;Tynjälä Pekka & Ström Pasi. 2003. International Journal of Fatigue

Molecular reorganization in wood

Kärenlampi Petri;Tynjälä Pekka & Ström Pasi. 2003. Mechanics of Materials

Prediction of the heartwood content of Pine logs

Kärenlampi Petri & Riekkinen Mika. 2003. Wood and fiber science

The effect of temperature and compression on the mechanical behavior of steam-treated wood

Kärenlampi Petri;Tynjälä Pekka & Ström Pasi. 2003. Journal of wood science

Variation and changes in cell wall structure, as reflected in phase transformations of cell wall water

Tynjälä Pekka;Kärenlampi Petri & Ström Pasi. 2003.

Dynamic mechanical behavior of steam-treated wood

Kärenlampi P P;Tynjälä P;Ström P. 2002. Mechanics of Materials

Molecular fatigue in cell walls

Kärenlampi P P;Tynjälä P;Ström P. 2002.

Off-axis fatigue loading of steamed wood

Kärenlampi P P;Tynjälä P;Ström P. 2002. International Journal of Fatigue

Pine heartwood formation as a maturation phenomenon

Kärenlampi P;Riekkinen M.. 2002. Journal of wood science

(Comment on "Fracture Energy in Fibre and Bond Failure")

Kärenlampi Petri P.. 2000. Journal of pulp and paper science

Tarkenna hakuasi

Julkaisut

Estate-Level Economics of Carbon Storage and Sequestration

Harvesting Design by Capital Return

Spruce forest stands in a stationary state

State-space approach to capital return in nonlinear growth processes

Stationary forestry with human interference

Phase transition in a growing network

Evolution models with extremal dynamics

Extremal dynamics in random replicator ecosystems

Symmetry of interactions rules in incompletely connected random replicator ecosystems

Species extinction in finite replicator systems

Cell wall porosity in Norway spruce wood as affected by high-temperature drying

Radial mechanical properties of high-temperature dried Norway spruce (Picea abies) wood

The Effect of Logging Compartment Division on Harvesting Pricing

Thermal and Moisture Expansion of Material Elements and Macroscopic Bodies with Geometrical Symmetries - Wood Logs and Sawn Goods as Practical Examples

Age Distribution of Trees in Stationary Forest System

Three mechanisms affecting the mechanical properties of spruce wood dried at high temperatures

Symmetry Considerations on the Stiffness and Eigen Deformations of Plant Fibers and Structures Made of Them

Effect of relative humidity on thermal degradation of Norway spruce (Picea abies) wood

Dilute-Crack Approximations for Damage and Fracture in Disordered Structures

Hygroscopicity of heat-treated wood.

Mechanical behavior of heat-treated spruce (Picea abies)wood at constant moisture content and ambient humidity.

Lyhyin ja hitain tie

Phase Transformations of Wood Cell Wall Water

Viscoplasticity of Steamed Wood

Maturity and growth rate effects on scots pine basic density

The effect of material disorder on fatigue damage induced by unidirectional loading

Maturity and Growth Rate Effects on Scots Pine Basic Density

Molecular Fatigue in Steamed Wood

Molecular reorganization in wood

Prediction of the heartwood content of Pine logs

The effect of temperature and compression on the mechanical behavior of steam-treated wood

Variation and changes in cell wall structure, as reflected in phase transformations of cell wall water

Dynamic mechanical behavior of steam-treated wood

Molecular fatigue in cell walls

Off-axis fatigue loading of steamed wood

Pine heartwood formation as a maturation phenomenon

(Comment on "Fracture Energy in Fibre and Bond Failure")