Miklós Pap

Miklós Pap
National University of Public Service

Master of Science

About

8
Publications
3,510
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12
Citations

Publications

Publications (8)
Figure 2. Structures of unimodal and bimodal soils after Zhang and Chen...
Figure 3. The characteristic of a bimodal water retention curve after...
Figure 4. The fitted and estimated water retention curve for M1...
Figure 5. The fitted and estimated water retention curve for M5...
+5 Figure 6. The fitted and estimated water retention curve for M7...
Laboratory testing of water flow in building materials
Conference Paper
Full-text available
  • May 2022
Due to the construction of underground structures and hazardous waste storages, understanding and modelling of water flow through concrete has become a major topic for life-span analyses. The water retention curve (WRC) is an essential unsaturated soil function, which can be determined not only for soil samples, but also for other porous media. Thi...
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Figure 2. Grain size distribution curves of the sand
Figure 3. Grain size distribution curves of the silty sand
Figure 4. Grain size distribution curves of the sandy clayey silt
Most and less accurate formula for soil type tested
Prediction of permeability coefficient for Quaternary Sediments of Drava River using different empirical correlations
Conference Paper
Full-text available
  • Sep 2021
Permeability coefficient is the most significant soil parameter in seepage calculations. It has been recognized that permeability of granular soils is strongly related to the grain size, thus numerous empirical correlations have been developed to estimate permeability using its grain size characteristics. In this study the empirical correlations pr...
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Fig. 2. Structures of unimodal and bimodal soils after Zhang and Chen [16]
Fig. 4. The fitted water retention curve for M1 concrete mixture
Fig. 6. The fitted water retention curve for M7 concrete mixture
Fig. 7. The fitted water retention curve for M13 concrete mixture
+3 Fig. 9. The fitted water retention curve for M17 concrete mixture
Laboratory testing of seepage in concrete
Conference Paper
Full-text available
  • Oct 2020
Due to the construction of underground structures and hazardous waste storages, understanding and modelling of water flow through concrete has become a major topic for life-span analyses. The water retention curve (WRC) is an essential unsaturated soil function, which can be determined not only for soil samples, but also for other porous media. Thi...
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Figure 2. The three distinct zones of a typical water retention curve...
Figure 3. The characteristic of a bimodal water retention curve after...
Figure 4. The measured and fitted water retention curve for concrete
Figure 5. Relative permeability functions for A1 concrete mixture
Summary of concrete mixtures.
Estimation of permeability function for concrete
Conference Paper
Full-text available
  • Sep 2019
Due to the construction of underground structures and hazardous waste storages, understanding and modelling of seepage in concrete has become an important issue in life-span analyses. This study deals with the estimation of unsaturated permeability function for different concrete mixtures using the theory of water retention curve. The WRC is an ess...
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Fig. 2 Grain size distribution curves of the sandy silt
Fig. 3 Grain size distribution curves of the sandy silty gravel
Fig. 4 Grain size distribution curves of the gravelly sand
Fig. 5 Grain size distribution curves of the sandy clayey silt
Comparison of Different Empirical Correlations to Estimate Permeability Coefficient of Quaternary Danube Soils
Article
Full-text available
  • Oct 2018
Permeability coefficient is the most significant soil parameter in seepage calculations. It has been recognized that permeability of granular soils is strongly related to the grain size, thus numerous empirical correlations have been developed to estimate permeability using its grain size characteristics. In this study the empirical correlations pr...
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Fig. 1 The three distinct zones of water retention curve after Fredlund...
Table 1 Concrete mixtures for the laboratory tests
Fig. 2 The hysteresis loops of a water retention curve after Fredlund...
Table 2 Measured permeability coefficients
+3 Fig. 3 Height, radius, and shape effects on capillarity after Taylor...
Analysis and Finite Element Modelling of Water Flow in Concrete
Article
Full-text available
  • Oct 2018
Due to the construction of underground structures and hazardous waste storages, understanding and modelling of seepage in concrete has become an important issue in life-span analyses. The theories and calculation methods of unsaturated soil mechanics provide an opportunity to analyze water flow in other types of porous media (e.g. concrete) as well...
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Figure 1. The three distinct zones of a typical water retention curve...
Table 1 . Summary of concrete mixtures.
Measurement of water retention curve for different concrete mixtures
Conference Paper
Full-text available
  • Aug 2018
Due to the construction of underground structures and hazardous waste storages, understanding and modelling of water flow through concrete has become a major topic for life-span analyses. The water re-tention curve is an essential unsaturated soil function, which can be determined not only for soil samples, but also for other porous media. This stu...
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The tested concrete mixtures
Finite element modelling of seepage in concrete
Article
Full-text available
  • Jun 2018
This article is not available for publication.
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