Observatorio de I+D+i UPM
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RESEARCHERS
RDI STRUCTURES
RESEARCH ACTIVITIES
INNOVATION
Investigador
Miguel Angel Martin Martin
Researcher Category
CATEDRATICO UNIVERSIDAD
UPM Centre
ETSI AGRONÓMICA, ALIMENT. Y BIOSISTEMAS
Department:
MATEMÁTICA APLICADA (N)
Knowledge Area
MATEMATICA APLICADA
Research Group:
Sin grupo de investigación
Email
miguelangel.martin
upm.es
Phone
910670818
Research Reports
Proyectos de I+D+i y generación de recursos
16 Proyectos de I+D+i
1: (2007)
Análisis y modelización mediante técnicas fractales de las relaciones suelo/agua. Aplicación a la caracterización cuantitativa del proceso de iluviación y su impacto
2: (2007)
Estructura porosa, propiedades hidráulicas y transporte de contaminantes en suelos estructurados: parametrización cuantitativa, modelización y simulación mediante técnicas fractales.
3: (2007)
Estructura porosa, propiedades hidráulicas y transporte de contaminantes en suelos estructurados: parametrización, modelización y simulación mediante técnicas fractales y métodos matemáticos afines
4: (2007)
Scale Dependences in Soil and Hydrologic Systems
5: (2008)
Estructura porosa, propiedades hidráulicas y transporte de contaminantes en suelos estructurados: parametrización, modelización y simulación mediante técnicas fractales y métodos matemáticos afines
6: (2008)
Scale Dependences in Soil and Hydrologic Systems
7: (2009)
ESTRUCTURA POROSA, PROPIEDADES HIDRAULICAS Y TRANSPORTE DE CONTAMINANTES EN SUELOS ESTRUCTURADOS: PARAMETRIZACION, MODELIZACION Y SIMULACION MEDIANTE TECNICAS FR
8: (2010)
Estructura porosa, propiedades hidráulicas y transporte de contaminantes en suelos estructurados: parametrización, modelización y simulación mediante técnicas fractales y métodos matemáticos afines.
9: (2011)
ANALISIS, PARAMETRIZACION Y CONSTRUCCION DE NUEVOS MODELOS DEL SUELO Y SUS PROPIEDADES FISICAS, MEDIANTE TECNICAS FRACTALES Y METODOS MATEMATICOS AFINES
10: (2011)
FUNCIONALES DE MINKOWSKI Y MODELOS FRACTALES PARA CUANTIFICAR LA INFLUENCIA DE LA GEOMETRÍA DE LOS AGREGADOS DEL SUELO EN LA CONDUCTIVIDAD HIDRÁULICA
11: (2012)
Análisis, parametrización y construcción de modelos del suelo y sus propiedades físicas, mediante técnicas fractales y métodos matemáticos afines
12: (2012)
ANALISIS, PARAMETRIZACION Y CONSTRUCCION DE NUEVOS MODELOS DEL SUELO Y SUS PROPIEDADES FISICAS, MEDIANTE TECNICAS FRACTALES Y METODOS MATEMATICOS AFINES
13: (2013)
ANALISIS, PARAMETRIZACION Y CONSTRUCCION DE NUEVOS MODELOS DEL SUELO Y SUS PROPIEDADES FISICAS, MEDIANTE TECNICAS FRACTALES Y METODOS MATEMATICOS AFINES
14: (2014)
ANALISIS, PARAMETRIZACION Y CONSTRUCCION DE NUEVOS MODELOS DEL SUELO Y SUS PROPIEDADES FISICAS, MEDIANTE TECNICAS FRACTALES Y METODOS MATEMATICOS AFINES
15: (2015)
Suelofractmodel: Análisis, Parametrización y construcción de nuevos modelos y sus propiedades físicas mediante técnicas fractales y métodos matemáticos afines
16: (2016)
: Análisis y modelización de atributos y factores de formación del suelo mediante técnicas fractales, nuevas técnicas "data mining" y morfología matemática,
Formación de Investigadores y Movilidad
2 Tesis Doctorales
1: (2010)
Caracterización y modelización de la estructura y la textura de los suelos usando técnicas de análisis de imagen y geometría fractal. Aplicación al estudio de la difusión en medios porosos.
2: (2016)
Quantifying patterns of complexity controlled by parent material at different spatial scales: from drainage network architecture at landscape scale to soil texture. A hydropedologic research conducted on wine regions of the Duero river basin.
Difusión de Resultados de Investigación
38 Artículos en revistas
1: (2008)
A Fractal Interaction Model for Winding Paths through Complex Distributions: Application to Soil Drainage Networks
2: (2008)
Log selfsimilarity of continuous soil particle-size distributions estimated using random multiplicative cascades
3: (2008)
Testing Logselfsimilarity of Soil Particle Size Distribution: Simulation with Minimum Inputs
4: (2009)
Fractal and Multifractal Models Applied to Porous Media
5: (2009)
Fractal modelling and scaling in natural systems
6: (2009)
Limitations in determining multifractal spectra from pore-solid soil aggregates images.
7: (2009)
Modeling multifractal features of soil particle size distributions with Kolmogorov fragmentation algorithms
8: (2009)
On the fractal modelling of biomasa distributions: an application to size class in fishering
9: (2010)
Multifractal analysis of discretized X-ray CT images for the characterization of soil macropore structures
10: (2013)
Lithologic Control on the Scaling Properties of the First-Order Streams of Drainage Networks: A Monofractal Analysis
11: (2013)
On the Generative Equations of Fractal Self-Similarity in Granular Media and the Related PSD Models
12: (2014)
A Packing Computational Method Relating Fractal Particle Size Distribution and Void Fraction in Granular Media
13: (2014)
AN INTRODUCTION TO FLOW AND TRANSPORT IN FRACTAL MODELS OF POROUS MEDIA: PART I
14: (2014)
Computer Simulation of Packing of Particles with Size Distributions Produced by Fragmentation Processes
15: (2014)
COMPUTER SIMULATION OF RANDOM PACKINGS FOR SELF-SIMILAR PARTICLE SIZE DISTRIBUTIONS IN SOIL AND GRANULAR MATERIALS: POROSITY AND PORE SIZE DISTRIBUTION
16: (2014)
COMPUTER SIMULATION OF RANDOM PACKINGS FOR SELF-SIMILAR PARTICLE SIZE DISTRIBUTIONS IN SOIL AND GRANULAR MATERIALS: POROSITY AND PORE SIZE DISTRIBUTION
17: (2014)
Computer simulation of the interplay between fractal structures and surrounding heterogeneous multifractal distributions. Applications
18: (2015)
An introduction to flow and transport in fractal models of porous media: Part II
19: (2015)
Computer Simulation of Packing of Particles with Size Distributions Produced by Fragmentation Processes
20: (2015)
Computer simulation of packing of particles with size distributions produced by fragmentation processes
21: (2015)
Computer simulation of the interplay between fractal structures and surrounding heterogeneous multifractal distributions. Applications
22: (2015)
Intermittent Plurisink Model and the Emergence of Complex Heterogeneity Patterns: A Simple Paradigm for Explaining Complexity in Soil Chemical Distributions
23: (2015)
Intermittent pluri-sink model and the emergence of complex heterogeneity patterns: a simple paradigm for explaining complexity in soil chemical distributions
24: (2015)
QUANTIFYING THE RELATIONSHIP BETWEEN DRAINAGE NETWORKS AT HILLSLOPE SCALE AND PARTICLE SIZE DISTRIBUTION AT PEDON SCALE
25: (2015)
Quantifying the relationship between drainage networks at hillslope scale and particle size distribution at pedon scale
26: (2016)
Identification of Bedrock Lithology using Fractal Dimensions of Drainage Networks extracted from Medium Resolution LiDAR Digital Terrain Models
27: (2016)
Lithologic control on soil texture heterogeneity
28: (2017)
An entropy-like parameter of particle size distributions as packing density index in complex granular media
29: (2017)
Estimating soil bulk density with information metrics of soil texture
30: (2017)
Lithologic control on soil texture heterogeneity
31: (2017)
On soil textural classifications and soil texture-based estimations
32: (2017)
On soil textural classifications and soil texture-based estimations
33: (2017)
On soil textural classifications and soil texture-based estimations
34: (2017)
Saturated Hydraulic Conductivity and Textural Heterogeneity of Soils
35: (2018)
Enterotype-like microbiome stratification as emergent structure in complex adaptive systems: A mathematical model
36: (2018)
On soil textural classifications and soil-texture-based estimations
37: (2018)
On soil textural classifications and soil-texture-based estimations
38: (2018)
Saturated hydraulic conductivity and textural heterogeneity of soils
4 Capítulos de libros
1: (2011)
Fractal Analysis in Agrophysics
2: (2014)
A packing computational method relating fractal particle size distribution and void fraction in granular media
3: (2014)
Emerging structures and intermediate orders: paradigms for understanding the complexity in nature... and in life
4: (2017)
The Mathematics of Complexity in the study of soil and granular- porous media
4 Conferencias invitadas en congresos
1: (2007)
Fractal and multifractal structures in drainage networks at different scales: interaction and modelling.
2: (2012)
Thermodynamic aproach to particle size distribution in granular media
3: (2012)
Thermodynamic aproach to particle size distribution in granular media
4: (2015)
Entropy dimension of particle size distribution as packing parameter in granular media
1 Cursos, seminarios y tutoriales
1: (2007)
De Besicovitch a Mandelbrot, una aportación fundamental a la Ciencia del siglo XX
17 Ponencia en Congresos
1: (2007)
Autosemejanza logarítmica con cascadas multiplicativas: un modelo nuevo para la distribución de tamaño de partículas
2: (2007)
CT Data and analysis for large soil columns
3: (2007)
Gauguing Shannon's entropy to evaluate heterogeneity of mass-size distributions.
4: (2007)
Pore space statistics from X-ray CT of large undisturbed soil columns
5: (2008)
La Geometría Fractal: Las matemáticas de la complejidad y sus aplicaciones
6: (2008)
Macroporosity of 2-D cross sections of soil columns via X-ray CT: multifractal statistics and long range correlations for assessing 3-D soil pore structure
7: (2008)
Multifractal features of 3-D macropore structures of discretized X-ray CT of undisturbed soil columns
8: (2012)
Relating drainage networks, lithology and sloping topography: a mesoscale fractal approach
9: (2013)
A Packing Computational Method Relating Fractal Particle Size Distribution and Void Fraction in Granular Media
10: (2013)
Particle size distributions in granular media: selfsimilarity and packing
11: (2014)
Fractal Analysis Of The Hydrological Information Obtained From High-Spatial Resolution Dems: Application In Terroir Zoning Of D.O. Campo De Borja (Spain)
12: (2015)
Entropy based parametrization of soils: Models and Tools
13: (2015)
Entropy dimension of particle size distribution as packing parameter in granular media
14: (2015)
Quantifying the role of bedrock lithology in water movement at different scales
15: (2017)
Is the Textural Classification Built on Sand?
16: (2017)
Is the Textural Classification Built on Sand?.
17: (2017)
La predicción de la densidad aparente del suelo mediante codificación de la información textural como único input
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S2i 2021 Observatorio de investigación @ UPM con la colaboración del Consejo Social UPM
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