Dick Sandberg

Professor

Lulea University of Technology

Sweden

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About

Professor Dick Sandberg is a faculty member at Luleå University of Technology in Sweden. His research primarily focuses on wood science, including historical developments in wood physics, bio-based adhesives for particleboard, and innovative treatments for enhancing wood stability and performance. Recent publications encompass topics such as high temperature drying of sawn timber and the effects of chemical treatments on wood properties.

Articles (20)

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2025

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2022

Collaborators (6)

Dennis Jones

Associate Professor

Lulea University of Technology

SWEDEN

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Olena Myronycheva

SWEDEN

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Chia-Feng Lin

Lulea University of Technology

SWEDEN

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George Mantanis

Professor

University of Thessaly

GREECE

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Jozef Martinka

SLOVAKIA

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Johannes Albert Josef Huber

Associate Senior Lecturer

Lulea University of Technology

SWEDEN

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Dick Sandberg

Research Interests

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About

Articles (20)

From forestry schools to wood physics as a scientific discipline: a review of historical milestones and future directions of wood science

Celebrating 20 years of Wood Material Science & Engineering

Investigation into a bio-based adhesive in combination with fire retardants for particleboard manufacture

High temperature drying of sawn timber—A review

Enhancing wood UV stability: novel treatment strategies with citric acid and urea

The influence of chemical content and pressing temperature on the properties of citric acid-bonded particleboards from softwood sawmilling residues

The potential of citric acid and glucose enhancing the reaction of wood with bicine and tricine

Effect of fire-retardant treatment of wood prior to thermo-mechanical densification

Exploratory study on the bending performance of thermo-hydro-mechanically densified Scots pine ( Pinus sylvestris L.) at elevated temperatures

Kraft lignin-glyoxal, phase-change material modified wood for enhancing thermal-energy storage capability

A new wood-modification process based on in situ grafting of urethane groups: biological resistance and dimensional stability of carbamylated Scots pine wood

Continuous densification of wood with a belt press: how knot features impact the densification outcome

Continuous densification of wood with a belt press: the process and properties of the surface-densified wood

The effect of the growth ring orientation on spring-back and set-recovery in surface-densified wood

Phytic Acid-Silica System for Imparting Fire Retardancy in Wood Composites

Adhesive-and Metal-Free Assembly Techniques for Prefabricated Multi-Layer Engineered Wood Products: A Review on Wooden Connectors

Creep behaviour of densified European beech and Scots pine under constant climate

X-ray computed tomography for the detection of damage in Scots pine trunks caused by blister-rust fungus Cronartium pini (Willd.)

Bio-based adhesive derived from citric acid and sorbitol for wood-composite manufacture

Creep Properties of Densified Wood in Bending

Collaborators (6)

Dennis Jones

Olena Myronycheva

Chia-Feng Lin

George Mantanis

Jozef Martinka

Johannes Albert Josef Huber

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