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Valenzuela Gutiérrez, Loreto Autor

Open Access

Using time-windowed solar radiation profiles to assess the daily uncertainty of solar thermal electricity production forecasts

  • Mario Biencinto
  • Lourdes González
  • Loreto Valenzuela

Journal of Cleaner Production - 15/10/2022

10.1016/j.jclepro.2022.134821

Número de citas: 2 (Web of Science)
  • Factor Impacto JCR: 11,1 (2022)
  • CiteScore: 15,8 (2021)
  • SJR: 1,921 (2021)
  • SNIP: 2,444 (2021)
  • Impacto JCR a 5 años: 11
  • Categorías JCR: ENVIRONMENTAL SCIENCES

Uncertainty Study of Reflectance Measurements for Concentrating Solar Reflectors

  • Buendía-Martínez F.
  • Fernández-García A.
  • Sutter F.
  • Martínez-Arcos L.
  • Reche-Navarro T.J.
  • García-Segura A.
  • Valenzuela L.
... Ver más Contraer

IEEE Transactions on Instrumentation and Measurement - 1/09/2020

10.1109/tim.2020.2975387

Número de citas: 8 (Web of Science) 5 (Scopus)
  • Factor Impacto JCR: 4,016 (2020)
  • CiteScore: 6,1 (2020)
  • SJR: 0,82 (2020)
  • SNIP: 1,928 (2020)
  • Impacto JCR a 5 años: 3,953
  • Categorías JCR: ENGINEERING, ELECTRICAL & ELECTRONIC

Uncertainty and global sensitivity analysis in the design of parabolic-trough direct steam generation plants for process heat applications

  • Silva R.
  • Pérez M.
  • Berenguel M.
  • Valenzuela L.
  • Zarza E.

APPLIED ENERGY - 15/5/2014

10.1016/j.apenergy.2014.01.095

Número de citas: 29 (Web of Science) 27 (Scopus)
  • Cuartil JCR: Q1 (2014)
  • Cuartil SJR: Q1
  • Factor Impacto JCR: 5,613 (2014)
  • Impacto Normalizado por Categoría: 0,806 (2014)
  • CiteScore: 17,6 (2020)
  • SJR: 3,158 (2014)
  • SNIP: 3,225 (2014)
  • Impacto JCR a 5 años: 6,33
  • Categorías JCR: ENGINEERING, CHEMICAL
  • Categorías SJR: Building and Construction (Q1); Civil and Structural Engineering (Q1); Energy Engineering and Power Technology (Q1); Energy (miscellaneous) (Q1); Fuel Technology (Q1); Management, Monitoring, Policy and Law (Q1); Mechanical Engineering (Q1); Nuclear Energy and Engineering (Q1)

Three-dimensional thermal modelling and heat transfer analysis in the heat collector element of parabolic-trough solar collectors

  • Sandá A.
  • Moya S.L.
  • Valenzuela L.
  • Cundapí R.

APPLIED THERMAL ENGINEERING - 1/1/2021

https://doi.org/10.1016/j.applthermaleng.2020.116457

Número de citas: 4 (Web of Science) 1 (Scopus)
  • Factor Impacto JCR: 6,465 (2021)
  • CiteScore: 10,1 (2020)
  • SJR: 1,714 (2020)
  • SNIP: 1,927 (2020)
  • Impacto JCR a 5 años: 5,906
  • Categorías JCR: ENERGY & FUELS

Thermo-Mechanical Cycling of the ROTAJOINT Flexible Interconnection Installed in a Parabolic Trough Test Facility

  • LORETO VALENZUELA
  • Rafael Antonio López Martín
  • Javier Hernáiz
  • Jorge González
  • Juan Arana
  • Goizalde Mendizabal

SolarPACES Conference Proceedings - 3/01/2024

10.52825/solarpaces.v1i.672

  • ORCID
Open Access

Thermo-hydraulic analysis of parabolic trough collectors for direct steam generation with Relap5,Análisis termo-hidráulico de captadores solares cilindroparabólicos para generación directa de vapor con RELAP5

  • Valenzuela, Loreto
  • Saynes, Jacobo
  • Moya, Sara L.

Tecnologia y Ciencias del Agua - 1/05/2016

Número de citas: 6 (Web of Science) 7 (Scopus)
  • Cuartil SJR: Q4
  • Factor Impacto JCR: 0,096 (2016)
  • CiteScore: 0,6 (2020)
  • SJR: 0,163 (2016)
  • SNIP: 0,26 (2016)
  • Impacto JCR a 5 años: 0,123
  • Categorías JCR: ENGINEERING, CIVIL
  • Categorías SJR: Civil and Structural Engineering (Q4); Water Science and Technology (Q4)

Thermal Performance Analysis of a Double-Pass Solar Air Collector: A CFD Approach

  • Chávez-Bermúdez I.A.
  • Rodríguez-Muñoz N.A.
  • Venegas-Reyes E.
  • Valenzuela L.
  • Ortega-Avila N.

Applied Sciences - 1/11/2022

10.3390/app122312199

Número de citas:

Thermal hydraulic RELAP5 model for a solar direct steam generation system based on parabolic trough collectors operating in once-through mode

  • Serrano-Aguilera, J. J.
  • Valenzuela, L.
  • Parras, L.

ENERGY - 15/08/2017

10.1016/j.energy.2017.05.156 Ver en origen

Número de citas: 24 (Web of Science) 18 (Scopus)
  • Cuartil JCR: Q1 (2017)
  • Cuartil SJR: Q1
  • Factor Impacto JCR: 4,968 (2022)
  • Impacto Normalizado por Categoría: 0,869 (2017)
  • CiteScore: 11,5 (2020)
  • SJR: 1,99 (2017)
  • SNIP: 1,949 (2017)
  • Impacto JCR a 5 años: 5,582
  • Categorías JCR: ENERGY & FUELS
  • Categorías SJR: Building and Construction (Q1); Civil and Structural Engineering (Q1); Electrical and Electronic Engineering (Q1); Energy (miscellaneous) (Q1); Industrial and Manufacturing Engineering (Q1); Mechanical Engineering (Q1); Pollution (Q1)

Thermal analysis of solar receiver pipes with superheated steam

  • Roldán, M.I.
  • Valenzuela, L.
  • Zarza, E.

APPLIED ENERGY - 1/03/2013

10.1016/j.apenergy.2012.10.021 Ver en origen

Número de citas: 119 (Web of Science) 108 (Scopus)
  • Cuartil JCR: Q1 (2013)
  • Cuartil SJR: Q1
  • Factor Impacto JCR: 5,261 (2013)
  • Impacto Normalizado por Categoría: 3,33 (2013)
  • CiteScore: 17,6 (2020)
  • SJR: 3,06 (2013)
  • SNIP: 3,319 (2013)
  • Impacto JCR a 5 años: 5,597
  • Categorías JCR: ENGINEERING, CHEMICAL
  • Categorías SJR: Building and Construction (Q1); Civil and Structural Engineering (Q1); Energy Engineering and Power Technology (Q1); Energy (miscellaneous) (Q1); Fuel Technology (Q1); Management, Monitoring, Policy and Law (Q1); Mechanical Engineering (Q1); Nuclear Energy and Engineering (Q1)

Thermal 3D model for Direct Solar Steam Generation under superheated conditions

  • Serrano-Aguilera, J. J.
  • Valenzuela, L.
  • Parras, L.

APPLIED ENERGY - 1/11/2014

10.1016/j.apenergy.2014.07.035 Ver en origen

Número de citas: 58 (Web of Science) 47 (Scopus)
  • Cuartil JCR: Q1 (2014)
  • Cuartil SJR: Q1
  • Factor Impacto JCR: 5,613 (2014)
  • Impacto Normalizado por Categoría: 1,555 (2014)
  • CiteScore: 17,6 (2020)
  • SJR: 3,158 (2014)
  • SNIP: 3,225 (2014)
  • Impacto JCR a 5 años: 6,33
  • Categorías JCR: ENGINEERING, CHEMICAL
  • Categorías SJR: Building and Construction (Q1); Civil and Structural Engineering (Q1); Energy Engineering and Power Technology (Q1); Energy (miscellaneous) (Q1); Fuel Technology (Q1); Management, Monitoring, Policy and Law (Q1); Mechanical Engineering (Q1); Nuclear Energy and Engineering (Q1)

Thermal energy storage concepts for direct steam generation (DSG) solar plants

  • Valenzuela, L.
  • Blanco, MJ
  • Santigosa, LR

ADVANCES IN CONCENTRATING SOLAR THERMAL RESEARCH AND TECHNOLOGY - 1/1/2017

10.1016/b978-0-08-100516-3.00012-5 Ver en origen

Número de citas: 9 (Web of Science) 6 (Scopus)
Open Access

Hierarchical control of a distributed solar collector field

  • Berenguel M.
  • Cirre C.
  • Klempous R.
  • Maciejewski H.
  • Nikodem M.
  • Nikodem J.
  • Rudas I.
  • Valenzuela L.
... Ver más Contraer

Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics) - 1/12/2005

10.1007/11556985_82 Ver en origen

Número de citas: 17 (Web of Science) 13 (Scopus)
  • Impacto Normalizado por Categoría: 1 (2005)
  • CiteScore: 1,8 (2020)
  • SJR: 0,334 (2005)
  • SNIP: 0,787 (2005)
Open Access

Explanatory analysis of data from a distributed solar collector field

  • Berenguel M.
  • Klempous R.
  • Maciejewski H.
  • Nikodem J.
  • Nikodem M.
  • Valenzuela L.

Lecture Notes in Computer Science (including subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics) - 1/12/2005

10.1007/11556985_83 Ver en origen

Número de citas: 4 (Web of Science) 4 (Scopus)
  • Impacto Normalizado por Categoría: 0,235 (2005)
  • CiteScore: 1,8 (2020)
  • SJR: 0,334 (2005)
  • SNIP: 0,787 (2005)

Contribución al modelado termo-hidráulico de captadores solares cilindricoparabolicos para la generación directa de vapor

  • David Hernández Lobón
  • Loreto Valenzuela
  • Manuel Pérez García

2014

Número de citas:
  • Dialnet

Advanced mirror concepts for concentrating solar thermal systems

  • Fernández-García A.
  • Sutter F.
  • Martínez-Arcos L.
  • Valenzuela L.
  • Sansom C.

Advances in Concentrating Solar Thermal Research and Technology - 1/1/2017

10.1016/b978-0-08-100516-3.00002-2

Número de citas: 4 (Web of Science) 3 (Scopus)

Compact system for fast on-line geometry characterization of facets for solar concentrators

  • Chekh B.A.
  • Fernández-Reche J.
  • Valenzuela L.
  • Villasante C.
  • Kortaberria G.
  • Pulido-Iparraguirre D.

AIP Conference Proceedings - 12/5/2022

10.1063/5.0086360

Número de citas: 1 (Web of Science)
  • CiteScore: 0,8 (2021)
  • SJR: 0,189 (2021)
  • SNIP: 0,262 (2021)

Analysis and potential of once-through steam generators in line focus systems - Final results of the DUKE project

  • Feldhoff, Jan Fabian
  • Hirsch, Tobias
  • Pitz-Paal, Robert
  • Valenzuela, Loreto
  • Rajpaul, V
  • Richter, C

AIP Conference Proceedings - 31/5/2016

10.1063/1.4949194 Ver en origen

Número de citas: 5 (Web of Science) 6 (Scopus)
  • CiteScore: 0,7 (2020)
  • SJR: 0,165 (2016)
  • SNIP: 0,241 (2016)
Open Access

Concentrador solar multi-modo

  • Parreira da Silva, Ricardo Manuel
  • Pérez García, Manuel
  • Berenguel Soria, Manuel
  • Fernández García, Aránzazu
  • Valenzuela Gutiérrez, Loreto
  • Zarza Moya, Eduardo

18/11/2014

Yield Analysis of a Power Plant with Parabolic-Trough Collectors and Direct Steam Generation (DSG) using a Quasi-Dynamic Simulation Model in TRNSYS

  • Biencinto, Mario
  • Gonzalez, Lourdes
  • Valenzuela, Loreto
  • Martinez, V
  • Gonzalez, J

EuroSun 2016 International Conference on Solar Energy and Buildings - 2016

10.18086/eurosun.2016.02.05 Ver en origen

  • Cuartil JCR: Q2 (2016)

Optimizing design of a Linear Fresnel Reflector for process heat  supply  

  • Pulido Iparraguirre, Diego
  • Serrano-Aguilera, Juan José
  • Valenzuela, Loreto
  • Fernández-García, Aránzazu

EuroSun 2016 International Conference on Solar Energy and Buildings - 2016

10.18086/eurosun.2016.02.21

  • ORCID

Scopus: 23

Web of Science: 26

Scopus: 43

Web of Science: 47

Última actualización de los datos: 27/04/24 9:54
Próxima recolección programada: 4/05/24 3:00