Implementation of a test bench for a single-cylinder diesel engine with investigative applications.


Authors

DOI:

https://doi.org/10.22517/23447214.16111

Keywords:

Test bench, design, assay, Diesel engine.

Abstract

this document describes necessaries guidelines on design of a test bench for a four-stroke single-cylinder Diesel engine and then the selection of processes implemented for its building. During design, ergonomics and safety were considered the most relevant aspects to make a bench adaptable and reliable to the operator while it works, where studies were reviewed in order to adjust coherently bench dimensions based on anthropometrics parameters and conditions for protection guards. After sizing, systems and subsystems, that generate significant effects on structural elements, were validated by load simulations. Building was based on esthetics, materials availability and manufacturing processes easily accessible on market that would offer high quality at low cost. It was concluded that after building, installation and tuned up based on obtained results by tests, bench worked in good conditions

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Author Biographies

Hugo Narváez Pallares, Universidad del Atlántico

Investigador de la Universidad del Atlántico.

Simon Villareal Acosta, Universidad del Atlántico

Investigador de la Universidad del Atlántico.

Jorge Eliécer Duarte Forero, Universidad del Atlántico

Ingeniero Mecánico y Especialista en Gestión Eficiente de la Energía de la Universidad del Atlántico. Magister y Doctor en Ing. Mecánica de la Universidad del Norte. Ha trabajado en el modelado y control de sistemas térmicos.

Adriana Rincón Montenegro, Universidad del Norte

Docente - Investigadora de la Universidad del Norte

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Published

2017-12-30

How to Cite

Narváez Pallares, H., Villareal Acosta, S., Duarte Forero, J. E., & Rincón Montenegro, A. (2017). Implementation of a test bench for a single-cylinder diesel engine with investigative applications. Scientia Et Technica, 22(4), 330–340. https://doi.org/10.22517/23447214.16111

Issue

Section

Mecánica