Browsing by author "Martínez Pérez, Roberto"

Analytical model of the refrigeration system for cooling in a hygroscopic cycle power plant

Martínez Pérez, Roberto

; Peris Pérez, Bernardo; Ríos Fernández, Juan Carlos

; González-Caballín Sánchez, Juan Manuel

; Rubio Serrano, Francisco; Gutiérrez Trashorras, Antonio José

(2023)

Analytical study for the comparison between hygroscopic and Rankine cycle. An exergy approach

Potesta González, Malena; Martínez Pérez, Roberto

; Meana Fernández, Andrés

; Rubio Serrano, F.J.; Gutiérrez Trashorras, Antonio José

(2023)

Analytical study of the absorber performance of a hygroscopic cycle for low concentrations of LiBr solutions

Potesta González, Malena; Martínez Pérez, Roberto

; Meana Fernández, Andrés

; González-Caballín Sánchez, Juan Manuel

; Rubio Serrano, Francisco J.; Gutiérrez Trashorras, Antonio José

(2023)

Analytical study of the waste heat in a hygroscopic cycle with high lithium bromide concentration for energy use

Martínez Pérez, Roberto

; Meana Fernández, Andrés

; González-Caballín Sánchez, Juan Manuel

; Manfredi, A.; Rubio Serrano, Francisco Javier; Gutiérrez Trashorras, Antonio José

(2023)

Aprendizaje experiencial para el estudio de fenómenos termodinámicos en flujo compresible

Meana Fernández, Andrés

; Marcos Robredo, German

; Martínez Pérez, Roberto

; Gutiérrez Trashorras, Antonio José

(Servicio de Publicaciones de la Universidad de Oviedo, 2024)

Comparative study of energy performance and water savings between hygroscopic and rankine cycle in a nuclear power plant. Case study of the HTR-10 reactor

Martínez Pérez, Roberto

; Ríos Fernández, Juan Carlos

; Laine Cuervo, Guillermo

; Soto Pérez, Fernando

; Rubio Serrano, Francisco J.; Gutiérrez Trashorras, Antonio José

(Elsevier, 2023)

Comparative study of energy performance and water savings between hygroscopic and rankine cycle in a nuclear power plant. Case study of the htr-10 reactor

Martínez Pérez, Roberto

; Ríos Fernández, Juan Carlos

; Laine Cuervo, Guillermo

; Soto Pérez, Fernando

; Rubio Serrano, F. J.; Gutiérrez Trashorras, Antonio José

(2023)

Exergetic and Thermoeconomic Analysis of The Hygroscopic Cycle

Martínez Pérez, Roberto

(2024-09-27)

Experimental study on the influence of electrical conductivity of hygroscopic compounds on the performance of a hygroscopic cycle

Rubio Serrano, F. J.; Martínez Pérez, Roberto

; Meana Fernández, Andrés

; González-Caballín Sánchez, Juan Manuel

; Gutiérrez Trashorras, Antonio José

(2023)

Influence of LiBr concentration in the generation of superheated vapor for a hygroscopic cycle

Martínez Pérez, Roberto

; Rubio Serrano, F. J.; Meana Fernández, Andrés

; Gutiérrez Trashorras, Antonio José

(2022)

Power plant cycles: evolution towards more sustainable and environmentally friendly technologies

Meana Fernández, Andrés

; González-Caballín Sánchez, Juan Manuel

; Martínez Pérez, Roberto

; Rubio Serrano, F. J.; Gutiérrez Trashorras, Antonio José

(2022)

Water saving in electric power generation facilities using the hygroscopic cycle in the subtropical climate

Ríos Fernández, Juan Carlos

; Martínez Pérez, Roberto

; Fernández Pacheco, Víctor Manuel

; Meana Fernández, Andrés

; Rubio Serrano, Francisco Javier; Gutiérrez Trashorras, Antonio José

(Curran Associates, 2023)

Water saving in electric power generation facilities using the hygroscopic cycle in the subtropical climate

Ríos Fernández, Juan Carlos

; Martínez Pérez, Roberto

; Fernández Pacheco, Víctor Manuel

; Meana Fernández, Andrés

; Rubio Serrano, F. J.; Gutiérrez Trashorras, Antonio José

(2023)

Browsing by author "Martínez Pérez, Roberto"

Analytical model of the refrigeration system for cooling in a hygroscopic cycle power plant ﻿

Analytical study for the comparison between hygroscopic and Rankine cycle. An exergy approach ﻿

Analytical study of the absorber performance of a hygroscopic cycle for low concentrations of LiBr solutions ﻿

Analytical study of the waste heat in a hygroscopic cycle with high lithium bromide concentration for energy use ﻿

Aprendizaje experiencial para el estudio de fenómenos termodinámicos en flujo compresible ﻿

Comparative study of energy performance and water savings between hygroscopic and rankine cycle in a nuclear power plant. Case study of the HTR-10 reactor ﻿

Comparative study of energy performance and water savings between hygroscopic and rankine cycle in a nuclear power plant. Case study of the htr-10 reactor ﻿

Exergetic and Thermoeconomic Analysis of The Hygroscopic Cycle ﻿

Experimental study on the influence of electrical conductivity of hygroscopic compounds on the performance of a hygroscopic cycle ﻿

Influence of LiBr concentration in the generation of superheated vapor for a hygroscopic cycle ﻿

Power plant cycles: evolution towards more sustainable and environmentally friendly technologies ﻿

Water saving in electric power generation facilities using the hygroscopic cycle in the subtropical climate ﻿

Water saving in electric power generation facilities using the hygroscopic cycle in the subtropical climate ﻿

Analytical model of the refrigeration system for cooling in a hygroscopic cycle power plant

Analytical study for the comparison between hygroscopic and Rankine cycle. An exergy approach

Analytical study of the absorber performance of a hygroscopic cycle for low concentrations of LiBr solutions

Analytical study of the waste heat in a hygroscopic cycle with high lithium bromide concentration for energy use

Aprendizaje experiencial para el estudio de fenómenos termodinámicos en flujo compresible

Comparative study of energy performance and water savings between hygroscopic and rankine cycle in a nuclear power plant. Case study of the HTR-10 reactor

Comparative study of energy performance and water savings between hygroscopic and rankine cycle in a nuclear power plant. Case study of the htr-10 reactor

Exergetic and Thermoeconomic Analysis of The Hygroscopic Cycle

Experimental study on the influence of electrical conductivity of hygroscopic compounds on the performance of a hygroscopic cycle

Influence of LiBr concentration in the generation of superheated vapor for a hygroscopic cycle

Power plant cycles: evolution towards more sustainable and environmentally friendly technologies

Water saving in electric power generation facilities using the hygroscopic cycle in the subtropical climate

Water saving in electric power generation facilities using the hygroscopic cycle in the subtropical climate