Jan Richter

Experimental Investigations of Mold Growth on Thin Wooden Plates Embedded in Brick Masonry Wall with Internal Insulation

Pavel Kopecký, Kamil Staněk, Jan Richter, Pavla Ryparovà

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Prompt engineering and prompt-tuning: Foundations, advancements and research direction

Jan Richter, Daniella Fitzpatrick, Aaron B. Fuller, Philip Leal et autres

The rapid evolution of large language models (LLMs) has shifted adaptation strategies away from full model fine-tuning and toward prompt-driven control. Prompt engineering enables LLMs to perform new tasks through carefully structured natural-language instructions, while prompt-tuning and related continuous prompting techniques introduce …

Prompt engineering and prompt-tuning: Foundations, advancements and research direction

Jan Richter, Daniella Fitzpatrick, Aaron B. Fuller, Philip Leal et autres

The rapid evolution of large language models (LLMs) has shifted adaptation strategies away from full model fine-tuning and toward prompt-driven control. Prompt engineering enables LLMs to perform new tasks through carefully structured natural-language instructions, while prompt-tuning and related continuous prompting techniques introduce …

On the application of buoyancy correction in the cup test measurement

Jan Richter, Kamil Staněk, Pavel Kopecký, Jan Tywoniak

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Data from the experiment of dynamic moisture transport in spruce wood under cyclic step-changes in relative humidity 72–95 %

Jan Richter, Kamil Staněk, Pavel Kopecký

The interaction of wood and moisture has to be considered in many industrial sectors. Wood is highly hygroscopic material while the absorbed moisture affects all its technical properties. One of them is a moisture permeability which is further affected by the sorption …

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Measurement of Water Vapour Permeability Using the Cup Method – Application of the Buoyancy Correction

Jan Richter, Kamil Staněk, Pavel Kopecký, Jan Tywoniak

Data from the Experiment of Dynamic Moisture Transport in Spruce Wood Under Cyclic Step-Changes in Relative Humidity 72–95 %

Jan Richter, Kamil Staněk, Pavel Kopecký

Measurement of water vapor transmission properties using the cup method – error caused by air buoyancy

Jan Richter, Kamil Staněk, Pavel Kopecký, Jan Tywoniak

Abstract The determination of water vapor transmission properties is commonly performed using the cup method. The method is based on periodic weighing of the cup assembly over time. If the air density surrounding the balance differs between weighings, measured change of mass …

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Toward a logistic model of dynamic mold growth on wood

Pavel Kopecký, Kamil Staněk, Pavla Ryparovà, Jan Richter et autres

Abstract This paper deals with mathematical modeling of mold growth on wood. The logistic growth equation is used to model mold growth phenomena in changing environmental conditions. Microscopic mold coverage fraction is used in the logistic equation to represent mold development on …

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Modelling of mold growth on pine and spruce by the logistic equation

Pavel Kopecký, Kamil Staněk, Pavla Ryparovà, Jan Richter

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Dynamic moisture transport in spruce wood – Experiment in hygroscopic range under isothermal conditions

Jan Richter, Kamil Staněk, Pavel Kopecký, Petra Schůtová et autres

Sorption hysteresis of spruce wood – Measurement and modelling

Kamil Staněk, Jan Richter, Pavel Kopecký, Jan Tywoniak