Co-author Network
Co-researcher Network
sample of publications
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articles
- Thermal performance characteristics of a tessellated-impinging central receiver. APPLIED THERMAL ENGINEERING. 229:1-12. 2023
- Modeling sensible thermal energy storage in solid blocks for concentrating solar power. Results in Engineering. 18:1-8. 2023
- Canting heliostats with computer vision and theoretical imaging. Renewable Energy. 200:957-969. 2022
- Analytic function for heliostat flux mapping with astigmatism and defocus. Solar Energy. 241:24-38. 2022
- GA-GOA hybrid algorithm and comparative study of different metaheuristic population-based algorithms for solar tower heliostat field design. Renewable Energy. 192:745-758. 2022
- Dual-tower CSP plants: optical assessment and optimization with a novel cone-tracing model. Renewable Energy. 178:429-442. 2021
- Computation of canting errors in heliostats by flux map fitting: experimental assessment. OPTICS EXPRESS. 28:39868-39889. 2020
- Reflections between heliostats: Model to detect alignment errors. Solar Energy. 201:373-386. 2020
- Peer-review to promote learning and collaboration between students of "Energy in Buildings" = Evaluación por pares para incentivar el aprendizaje y colaboración entre estudiantes de "Energía en la Edificación". Advances in Building Education. 4:9-24. 2020
- Beam-down linear Fresnel reflector: BDLFR. Renewable Energy. 146:802-815. 2020
- Heliostat field aiming strategies for solar central receivers. Optica Pura y Aplicada (Optica Pura y Aplicada). 52(51024):1-13. 2019
- Field-receiver model validation against Solar Two tests. RENEWABLE & SUSTAINABLE ENERGY REVIEWS. 110:43-52. 2019
- Aiming factor to flatten the flux distribution on cylindrical receivers. Energy. 153:113-125. 2018
- Feasibility study of a new concept of solar external receiver: Variable velocity receiver. APPLIED THERMAL ENGINEERING. 128:335-344. 2018
- Aiming strategy model based on allowable flux densities for molten salt central receivers. Solar Energy. 157:1130-1144. 2017
- Determination of heliostat canting errors via deterministic optimization. Solar Energy. 150:136-146. 2017
- Thermodynamic and economic assessment of a new generation of subcritical and supercritical solar power towers. Energy. 118:534-544. 2017
- Flow patterns of external solar receivers. Solar Energy. 122:940-953. 2015
- Revised receiver efficiency of molten-salt power towers. RENEWABLE & SUSTAINABLE ENERGY REVIEWS. 52:1331-1339. 2015
- Is it possible to design a portable power generator based on micro-solid oxide fuel cells? A finite volume analysis. JOURNAL OF POWER SOURCES. 293:264-273. 2015
- Solar flux distribution on central receivers: A projection method from analytic function. Renewable Energy. 74:576-587. 2015
- Saving assessment using the PERS in solar power towers. ENERGY CONVERSION AND MANAGEMENT. 87:810-819. 2014
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conference contributions
- A Testbed for Heliostat Facets Alignment by Target Reflection 2023
- Detecting the Reflection of Heliostat Facets Through Computer Vision 2023
- Quantification of Canting Errors: Technique Combining Camera Vision with Theoretical Imaging 2023
- Blossaim, a deterministic aiming strategy for circular aperture receivers. 120012-1-120012-8. 2022
- FluxSPT: Tool for heliostat field aiming and flux mapping in solar power tower plants. 120020-1-120020-8. 2022
- Shadowing and blocking factors in heliostats: Comparison between parallel and oblique projections. 120004-1-120004-10. 2022
- Allowable solar flux densities for molten-salt receivers: Input to the aiming strategy. 1-9. 2020
- Peer assessment between students of "energy in buildings" to enhance learning and collaboration. 43-44. 2020
- Peer assessment between students of energy in buildings to enhance learning and collaboration 2020
- Integration of a solar linear particle receiver with a gas turbine. 060004-1-060004-7. 2019
- Aiming strategy for molten salt receivers. 2-7. 2018
- Variable velocity in solar external receivers. 030043-1-030043-8. 2017
- New designs of molten-salt tubular-receiver for solar power tower. 504-513. 2014
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theses