Aleksander Lisowski

Professor

Warsaw University of Life Sciences

Poland

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Professor Aleksander Lisowski is a faculty member at the Warsaw University of Life Sciences, Poland. His research focuses on soil dynamics, compaction effects on agricultural tools, and the physicomechanical properties of lignocellulosic materials. Recent publications include studies on soil disturbance profiles related to duckfoot tools and the efficiency of biogas production from lignocellulosic crops.

Articles (19)

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2025

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2020

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2020

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2020

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2020

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2020

Collaborators (16)

Adam Świętochowski

assistant professor

Warsaw University of Life Sciences

POLAND

Aleksander Lisowski

Research Interests

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Articles (19)

Impact of tine stiffness and operational parameters on soil disturbance profiles: moisture content, speed, depth, width, and cross-sectional analysis of furrows by duckfoot tools

Empirical Models for Estimating Draught and Vertical Reaction Forces of a Duckfoot Tool in Compacted Soil: Effects of Moisture Content, Depth, Width, and Speed

Prediction of Tuber Damage from Harvesting and Processing Machine Working Units Based on the Recording of Impact Parameters

Pretreatment of pine and poplar particleboards with Pleurotus ostreatus (Jacq.): physicomechanical and chemical properties of wood, potential of solid fuel and biogas production

The Usefulness of Soil Penetration Resistance Measurements for Improving the Efficiency of Cultivation Technologies

Image texture analysis of pellets made of lignocellulosic materials

Pressure agglomeration of raw, milled and cut-milled pine and poplar shavings: assessment of the compaction process and agglomerate strength

Physicomechanical properties of raw and comminuted pine and poplar shavings: energy consumption, particle size distribution and flow properties

The effect of silage additive on the kinetics of biogas production from lignocellulosic perennial crops

Kinetics and Dynamics of the Stiff and Flexible Tines with the Duckfoot and the Coulter after Impact with Stones Embedded in Compacted Soil. Part II

Effect of Stone Impacts on Various Ground Engaging Tools (Flexible/Stiff Tines and Coulter): Part I

FTIR Analysis of Changes in Chipboard Properties after Pretreatment with Pleurotus ostreatus (Jacq.) P. Kumm

Mechanical and combustion properties of agglomerates of wood of popular Eastern European species

Surface-Related Kinetic Models for Anaerobic Digestion of Mi-crocrystalline Cellulose: The Role of Particle Size

Compaction of chopped material in a mini silo

Influence of Fraction Particle Size of Pure Straw and Blends of Straw with Calcium Carbonate or Cassava Starch on Pelletising Process and Pellet

Characterisation of Wheat Straw Pellets Individually and in Combination with Cassava Starch or Calcium Carbonate under Various Compaction Conditions: Determination of Pellet Strength and Water Absorption Capacity

Effect of compacted dose of pure straw and blends of straw with calcium carbonate or cassava starch on pelletising process and pellet quality

Pelletising pure wheat straw and blends of straw with calcium carbonate or cassava starch at different moisture, temperature, and die height values: Modelling and optimisation

Collaborators (16)

Adam Świętochowski

Marcin Chutkowski

Mateusz Stasiak

Jacek Klonowski

Tomasz Bakon

Jaroslaw Chlebowski

Tomasz Nowakowski

Tomasz Nowakowski

Bogusław Andres

Piotr Parafiniuk

Jozef Horabik

Witold Zychowicz

Chrystian Chomontowski

Michał Piątek

Maciej Bańda

Paweł Obstawski

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