Development Of Fuel Consumption Map Of A Myvi Engine Running On A Mixture Of RON 95 And RON 97 Gasoline

This paper aims to create a 3D fuel consumption map for a Myvi engine (Daihatsu K3-VE) running on a half mixture of RON 95 and RON 97 fuel. A burette is used as the measuring device for determining the amount of fuel consumed within a specified period of time. Before the experiment is started, the d...

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Main Author: Aaron Ting, Zai Chiun
Format: Monograph
Language:English
Published: Universiti Sains Malaysia 2018
Subjects:
Online Access:http://eprints.usm.my/54229/1/Development%20Of%20Fuel%20Consumption%20Map%20Of%20A%20Myvi%20Engine%20Running%20On%20A%20Mixture%20Of%20RON%2095%20And%20RON%2097%20Gasoline_%20Aaron%20Ting%20Zai%20Chiun_2018.pdf
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author Aaron Ting, Zai Chiun
author_facet Aaron Ting, Zai Chiun
author_sort Aaron Ting, Zai Chiun
collection USM
description This paper aims to create a 3D fuel consumption map for a Myvi engine (Daihatsu K3-VE) running on a half mixture of RON 95 and RON 97 fuel. A burette is used as the measuring device for determining the amount of fuel consumed within a specified period of time. Before the experiment is started, the density of both fuels are determined using a measuring cylinder and an electronic digital weighing scale. The LHVs of both fuels are also determined before the experiment is carried out by using a bomb calorimeter. An engine fuel consumption map is constructed using two main data – engine speed and engine torque. It is usually done by fixing the torque of the engine and increasing the engine speed. This process is repeated with other values of torque. This means that a wide array of torque-speed combinations are needed to form the map. Because of the large amounts of data that must be collected in conventional engines, engineers are always looking for new methods of drawing more power with less fuel consumption besides manually setting the torque and speed by trial and error. One of the solutions to this problem is to create a generalization or a map whereby the desired output of an engine can be obtained simply after determining the input parameters and plugging them into the map. We are especially concerned with the change in fuel consumption in different situations governed mainly by using engine speed and torque as the input parameters. As compared to carrying out experiments to determine the desired output trend, creating the fuel consumption map can greatly reduce the amount of testing time as well as provide robust results.
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spelling usm.eprints-542292022-08-22T09:52:53Z http://eprints.usm.my/54229/ Development Of Fuel Consumption Map Of A Myvi Engine Running On A Mixture Of RON 95 And RON 97 Gasoline Aaron Ting, Zai Chiun T Technology TJ Mechanical engineering and machinery This paper aims to create a 3D fuel consumption map for a Myvi engine (Daihatsu K3-VE) running on a half mixture of RON 95 and RON 97 fuel. A burette is used as the measuring device for determining the amount of fuel consumed within a specified period of time. Before the experiment is started, the density of both fuels are determined using a measuring cylinder and an electronic digital weighing scale. The LHVs of both fuels are also determined before the experiment is carried out by using a bomb calorimeter. An engine fuel consumption map is constructed using two main data – engine speed and engine torque. It is usually done by fixing the torque of the engine and increasing the engine speed. This process is repeated with other values of torque. This means that a wide array of torque-speed combinations are needed to form the map. Because of the large amounts of data that must be collected in conventional engines, engineers are always looking for new methods of drawing more power with less fuel consumption besides manually setting the torque and speed by trial and error. One of the solutions to this problem is to create a generalization or a map whereby the desired output of an engine can be obtained simply after determining the input parameters and plugging them into the map. We are especially concerned with the change in fuel consumption in different situations governed mainly by using engine speed and torque as the input parameters. As compared to carrying out experiments to determine the desired output trend, creating the fuel consumption map can greatly reduce the amount of testing time as well as provide robust results. Universiti Sains Malaysia 2018-05-22 Monograph NonPeerReviewed application/pdf en http://eprints.usm.my/54229/1/Development%20Of%20Fuel%20Consumption%20Map%20Of%20A%20Myvi%20Engine%20Running%20On%20A%20Mixture%20Of%20RON%2095%20And%20RON%2097%20Gasoline_%20Aaron%20Ting%20Zai%20Chiun_2018.pdf Aaron Ting, Zai Chiun (2018) Development Of Fuel Consumption Map Of A Myvi Engine Running On A Mixture Of RON 95 And RON 97 Gasoline. Project Report. Universiti Sains Malaysia, Pusat Pengajian Kejuruteraan Mekanikal. (Submitted)
spellingShingle T Technology
TJ Mechanical engineering and machinery
Aaron Ting, Zai Chiun
Development Of Fuel Consumption Map Of A Myvi Engine Running On A Mixture Of RON 95 And RON 97 Gasoline
title Development Of Fuel Consumption Map Of A Myvi Engine Running On A Mixture Of RON 95 And RON 97 Gasoline
title_full Development Of Fuel Consumption Map Of A Myvi Engine Running On A Mixture Of RON 95 And RON 97 Gasoline
title_fullStr Development Of Fuel Consumption Map Of A Myvi Engine Running On A Mixture Of RON 95 And RON 97 Gasoline
title_full_unstemmed Development Of Fuel Consumption Map Of A Myvi Engine Running On A Mixture Of RON 95 And RON 97 Gasoline
title_short Development Of Fuel Consumption Map Of A Myvi Engine Running On A Mixture Of RON 95 And RON 97 Gasoline
title_sort development of fuel consumption map of a myvi engine running on a mixture of ron 95 and ron 97 gasoline
topic T Technology
TJ Mechanical engineering and machinery
url http://eprints.usm.my/54229/1/Development%20Of%20Fuel%20Consumption%20Map%20Of%20A%20Myvi%20Engine%20Running%20On%20A%20Mixture%20Of%20RON%2095%20And%20RON%2097%20Gasoline_%20Aaron%20Ting%20Zai%20Chiun_2018.pdf
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