Héctor Climent

About Héctor Climent

Héctor Climent, With an exceptional h-index of 21 and a recent h-index of 15 (since 2020), a distinguished researcher at Universidad Politécnica de València, specializes in the field of internal combustion engines, two-stroke engines, air flow modeling, turbocharging, EGR.

His recent articles reflect a diverse array of research interests and contributions to the field:

Method for turbocharging and supercharging 2-stroke engines, applied to an opposed-piston new concept for hybrid powertrains

In-Cylinder Heat Transfer Model Proposal Compatible with 1D Simulations in Uniflow Scavenged Engines

On the impact of turbocharger thermo-mechanical limitations on new generation gasoline engines

Analysis of pollutant emissions and fuel consumption, during real driving cycles in different intake temperature scenarios

Assessment of air-management strategies to improve the transient performance of a gasoline engine under high EGR conditions during load-decrease operation

Energy recovery potential by replacing the exhaust gases recirculation valve with an additional turbocharger in a heavy-duty engine

Analysis on the potential of EGR strategy to reduce fuel consumption in hybrid powertrains based on advanced gasoline engines under simulated driving cycle conditions

Assessment of Variable Geometry Orifice Compressor Technology Impact in a New Generation of Compression Ignition Powertrains at Low-End and Transient Operation

Héctor Climent Information

University

Position

CMT-Motores Térmicos

Citations(all)

1581

Citations(since 2020)

741

Cited By

1155

hIndex(all)

21

hIndex(since 2020)

15

i10Index(all)

36

i10Index(since 2020)

20

Email

University Profile Page

Google Scholar

Héctor Climent Skills & Research Interests

internal combustion engines

two-stroke engines

air flow modeling

turbocharging

EGR

Top articles of Héctor Climent

Method for turbocharging and supercharging 2-stroke engines, applied to an opposed-piston new concept for hybrid powertrains

Applied Energy

2023/12/1

Héctor Climent
Héctor Climent

H-Index: 14

In-Cylinder Heat Transfer Model Proposal Compatible with 1D Simulations in Uniflow Scavenged Engines

Applied Sciences

2023/3/21

Héctor Climent
Héctor Climent

H-Index: 14

On the impact of turbocharger thermo-mechanical limitations on new generation gasoline engines

Applied Thermal Engineering

2023/3/5

Héctor Climent
Héctor Climent

H-Index: 14

Analysis of pollutant emissions and fuel consumption, during real driving cycles in different intake temperature scenarios

Proceedings of the Institution of Mechanical Engineers, Part D: Journal of Automobile Engineering

2023/2

Assessment of air-management strategies to improve the transient performance of a gasoline engine under high EGR conditions during load-decrease operation

International Journal of Engine Research

2023/2

Energy recovery potential by replacing the exhaust gases recirculation valve with an additional turbocharger in a heavy-duty engine

Energy Conversion and Management

2022/11/1

Héctor Climent
Héctor Climent

H-Index: 14

Pedro Piqueras
Pedro Piqueras

H-Index: 16

Analysis on the potential of EGR strategy to reduce fuel consumption in hybrid powertrains based on advanced gasoline engines under simulated driving cycle conditions

Energy Conversion and Management

2022/8/15

Héctor Climent
Héctor Climent

H-Index: 14

Vicente Dolz
Vicente Dolz

H-Index: 18

Assessment of Variable Geometry Orifice Compressor Technology Impact in a New Generation of Compression Ignition Powertrains at Low-End and Transient Operation

Applied Sciences

2022/12/14

Héctor Climent
Héctor Climent

H-Index: 14

Compressor Surge Mitigation in Turbocharged Spark-Ignition Engines without an Anti-Surge Control System during Load-Decrease Operation

Applied Sciences

2022/2/8

José Galindo
José Galindo

H-Index: 23

Héctor Climent
Héctor Climent

H-Index: 14

A methodology to study the interaction between variable valve actuation and exhaust gas recirculation systems for spark-ignition engines from combustion perspective

Energy Conversion and Management

2021/12/15

José Galindo
José Galindo

H-Index: 23

Héctor Climent
Héctor Climent

H-Index: 14

Assessment of the numerical and experimental methodology to predict EGR cylinder-to-cylinder dispersion and pollutant emissions

International Journal of Engine Research

2021/10

A study on the high pressure EGR transport and application to the dispersion among cylinders in automotive engines

International Journal of Engine Research

2021/10

Experimental and modeling analysis on the optimization of combined VVT and EGR strategies in turbocharged direct-injection gasoline engines with VNT

Proceedings of the Institution of Mechanical Engineers, Part D: Journal of Automobile Engineering

2021/9

José Galindo
José Galindo

H-Index: 23

Héctor Climent
Héctor Climent

H-Index: 14

Exploiting driving history for optimising the Energy Management in plug-in Hybrid Electric Vehicles

Energy Conversion and Management

2021/4/15

Cylinder-to-cylinder high-pressure exhaust gas recirculation dispersion effect on opacity and NOx emissions in a diesel automotive engine

International Journal of Engine Research

2021/4

EGR Transient Operations in Highly Dynamic Driving Cycles

International Journal of Automotive Technology

2020/8

Effect of Numerical Configuration on Predicted EGR Cylinder-to-Cylinder Dispersion

2020/4/14

Methodology to standardize and improve the calibration process of a 1D model of a GTDI engine

2020/4/14

Modeling of EGR Systems

1D and multi-D modeling techniques for IC engine simulation

2020/4/6

See List of Professors in Héctor Climent University(Universidad Politécnica de València)