Garuda - Garba Rujukan Digital

PENGEMBANGAN DESAIN SEPEDA KAYUH REKREASI TIGA PENUMPANG Lukmana, Muhammad Arifudin
Bina Teknika Vol 12, No 2 (2016): Bina Teknika
Publisher : Fakultas Teknik UPN "Veteran" Jakarta

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (577.98 KB)

Cycles are not only used as transportation, but also sport and recreational utility. Cycle is a cheap and eco-friendly transportation. But it has several disadvantages in comfort and travel distance. Because of its limitation, people these days use cycle for sport and recreational tool. In eco-friendly environments, people are forced to use pollution-free vehicle. Several campuses, parks, factories and offices use cycle to support eco-friendly campaign. Tandem bike is cycle for leisure and driven by two or more person. Family activity, communication, light sport and transportation can be done by driving a tandem bike. This cycling activity is suitable for people who live in the busy city. This paper is studying process of designing a recreational tandem bike for three people. The study compares existing three or four-driver tandem bike with two new concepts. After selection using scoring based on criteria, selected concept is designed in detail. Evaluationsof design use 2 dimension Cremona method and finite element method.

PERENCANAAN DAN UJI PERFORMA ALAT PEMBAKAR SAMPAH ORGANIK Martana, Budhi; Sulasminingsih, Sri; Lukmana, Muhammad Arifudin
Bina Teknika Vol 13, No 1 (2017): Bina Teknika
Publisher : Fakultas Teknik UPN "Veteran" Jakarta

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (265.567 KB)

Garbage is a part that can not be separated from human life, garbage is an item that is wasted or discarded, and is often regarded as something that is not useful. Garbage is also a major problem, especially in big cities. Trash negative impact on the environment, because the waste can lead to environmental pollution, disruption of cleanliness, safety and health. The objectives of this study were (1) identify the state of the art paradigm of organic waste by burning, (2) designing the incinerator simple as one alternative to appropriate technology and is equipped with a system of utilization of the heat produced, (3) gives a solution to the waste problem so it is useful to reduce the waste generated in landfills while, and (4) examine the performance of the incinerator that has been designed. The method of planning the incinerator is divided into (1) the design of the product, (2) the design process, and (3) engineering design, (4) a manufacturing process or manufacture tools, and (5) testing tool. The incinerator is designed in accordance with the planning, the construction of the incinerator is made of a metal plate with a thickness of 3 mm, the dimensions of the combustion chamber is the outer diameter of 350 mm, an inner diameter of 290 mm, and 410 mm high combustion chamber. Organic waste burner is capable of burning organic waste as much as 28 Kg/hour. Garbage burning rate of 9.33 Kg/h, the air discharge design results obtained at 0.0173 m3/sec.

STUDI KOMPUTASI ALIRAN PEMANAS PADA INKUBATOR TELUR BERKAPASITAS 400 TELUR DENGAN MENGGUNAKAN SUMBER PANAS BUMI BERENTALPI RENDAH Hendrarsakti, Jooned; Fachri, Muhammad Faisal; Lukmana, Muhammad Arifudin
Bina Teknika Vol 13, No 1 (2017): Bina Teknika
Publisher : Fakultas Teknik UPN "Veteran" Jakarta

Show Abstract | Download Original | Original Source | Check in Google Scholar | Full PDF (3463.24 KB)

This study aims to analyze the possibility of using geothermal energy as an alternative energy source for the egg incubator hatchery with capacity of 400 eggs. Geothermal resource used in the process of retrofitting has a temperature of 70°C with a maximum flow of 2 liters/s in accordance with the data of geothermal resources at Tangeung - Cibugur, Cianjur regency.Based on the results of the feasibility studies that have been done, the source of geothermal energy can be used for heating egg incubator in order to reach adequate incubation conditions (temperature 36 to 38.5 ° C and a relative humidity of 50-60%). In the process of retrofitting, the design of the incubator used is forced draft incubator. Its components are heat exchanger, fans, and a water tray. The type of heat exchanger that used is cross flow, one fluid mixed, one fluid unmixed. It uses a staggered arrangement of copper pipe as a heat exchange surface.Incubator with geothermal energy is well used by using 5 fans with volume flow rate 0,0094 – 0,0141 m3/s on the condition of the inlet air temperature is 23-27°C and a minimum pipe temperature is 65°C.

PENERAPAN ENERGI MATAHARI DALAM MENDUKUNG SISTEM KOLAM PETERNAKAN IKAN MAS HIAS JAMAL SSFARM Hidayaturrohman, Qisthi Alhazmi; Lukmana, Muhammad Arifudin; Fahrudin, Fahrudin; Fauzi, Ade Fikri
Jurnal Abdi Masyarakat Vol 5, No 1 (2021): Jurnal Abdi Masyarakat November 2021
Publisher : Universitas Kadiri

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.30737/jaim.v5i1.2109

Solar radiation could be used as alternative energy by using solar panel as a transducer to convert solar radiation energy to electricity energy. Jamal SSFarm, a family-owned business in decorative fish cultivation had problem in electricity energy limitation for their operational works. Researcher and team offered solutions to install and implement solar energy as an alternative energy by using solar panels. This community service works have done by two steps, the first step was surveying and buying stuffs and the second step was installment and testing at the partner location. In our activities, the alternative energy system works well. The testing device showed 1.25 ampere of its current, which shows that the device works well. That matter are in line with our partner expectation.

PENGEMBANGAN DESAIN SEPEDA KAYUH REKREASI TIGA PENUMPANG Muhammad Arifudin Lukmana
Bina Teknika Vol 12, No 2 (2016): Bina Teknika
Publisher : Faculty of Engineering UPN "Veteran" Jakarta

Cycles are not only used as transportation, but also sport and recreational utility. Cycle is a cheap and eco-friendly transportation. But it has several disadvantages in comfort and travel distance. Because of its limitation, people these days use cycle for sport and recreational tool. In eco-friendly environments, people are forced to use pollution-free vehicle. Several campuses, parks, factories and offices use cycle to support eco-friendly campaign. Tandem bike is cycle for leisure and driven by two or more person. Family activity, communication, light sport and transportation can be done by driving a tandem bike. This cycling activity is suitable for people who live in the busy city. This paper is studying process of designing a recreational tandem bike for three people. The study compares existing three or four-driver tandem bike with two new concepts. After selection using scoring based on criteria, selected concept is designed in detail. Evaluationsof design use 2 dimension Cremona method and finite element method.

PERENCANAAN DAN UJI PERFORMA ALAT PEMBAKAR SAMPAH ORGANIK Budhi Martana; Sri Sulasminingsih; Muhammad Arifudin Lukmana
Bina Teknika Vol 13, No 1 (2017): Bina Teknika
Publisher : Faculty of Engineering UPN "Veteran" Jakarta

Garbage is a part that can not be separated from human life, garbage is an item that is wasted or discarded, and is often regarded as something that is not useful. Garbage is also a major problem, especially in big cities. Trash negative impact on the environment, because the waste can lead to environmental pollution, disruption of cleanliness, safety and health. The objectives of this study were (1) identify the state of the art paradigm of organic waste by burning, (2) designing the incinerator simple as one alternative to appropriate technology and is equipped with a system of utilization of the heat produced, (3) gives a solution to the waste problem so it is useful to reduce the waste generated in landfills while, and (4) examine the performance of the incinerator that has been designed. The method of planning the incinerator is divided into (1) the design of the product, (2) the design process, and (3) engineering design, (4) a manufacturing process or manufacture tools, and (5) testing tool. The incinerator is designed in accordance with the planning, the construction of the incinerator is made of a metal plate with a thickness of 3 mm, the dimensions of the combustion chamber is the outer diameter of 350 mm, an inner diameter of 290 mm, and 410 mm high combustion chamber. Organic waste burner is capable of burning organic waste as much as 28 Kg/hour. Garbage burning rate of 9.33 Kg/h, the air discharge design results obtained at 0.0173 m3/sec.

STUDI KOMPUTASI ALIRAN PEMANAS PADA INKUBATOR TELUR BERKAPASITAS 400 TELUR DENGAN MENGGUNAKAN SUMBER PANAS BUMI BERENTALPI RENDAH Jooned Hendrarsakti; Muhammad Faisal Fachri; Muhammad Arifudin Lukmana
Bina Teknika Vol 13, No 1 (2017): Bina Teknika
Publisher : Faculty of Engineering UPN "Veteran" Jakarta

This study aims to analyze the possibility of using geothermal energy as an alternative energy source for the egg incubator hatchery with capacity of 400 eggs. Geothermal resource used in the process of retrofitting has a temperature of 70°C with a maximum flow of 2 liters/s in accordance with the data of geothermal resources at Tangeung - Cibugur, Cianjur regency.Based on the results of the feasibility studies that have been done, the source of geothermal energy can be used for heating egg incubator in order to reach adequate incubation conditions (temperature 36 to 38.5 ° C and a relative humidity of 50-60%). In the process of retrofitting, the design of the incubator used is forced draft incubator. Its components are heat exchanger, fans, and a water tray. The type of heat exchanger that used is cross flow, one fluid mixed, one fluid unmixed. It uses a staggered arrangement of copper pipe as a heat exchange surface.Incubator with geothermal energy is well used by using 5 fans with volume flow rate 0,0094 – 0,0141 m3/s on the condition of the inlet air temperature is 23-27°C and a minimum pipe temperature is 65°C.

Title

Found 7 Documents
Search

Abstract

Abstract

Abstract

Abstract

Abstract

Abstract

Abstract

Title Search

Found 7 Documents Search

Abstract

Abstract

Abstract

Abstract

Abstract

Abstract

Abstract

Title

Found 7 Documents
Search