Abstract
This study aims to test the performance of the steering system, transmission, and electric braking system of the Urban Concept Warek V.1.1 type. The basic assumption of electricity is designed with the Urban Concept type (four vehicles like the current car) which is adjusted to the regulations for the Energy Saving Petite Contest (KMHE), which is held by the Indonesian government through the Ministry of Research, Technology and Higher Education. In the steering system design using the Ackerman type steering system, the transmission system uses a chain deive differential while the braking system uses hideelik discs. In the test results, the steering system has a maximum turning angle of 45 ° with a radius of less than 6 meters, for the transmission system in the test engine rotation speed (n,) is 589,867 rpm and electric meter rotation is 642.6 rpm with average speed - Average. 53 km / hour. The amount of deceleration of the braking system is 4.901 and 1.47 s for the braking time.
Highlights
This study aims to test the performance of the steering system, transmission, and electric braking system of the Urban Concept Warek V.1.1 type
The basic assumption of electricity is designed with the Urban Concept type which is adjusted to the regulations for the Energy Saving Petite Contest (KMHE), which is held by the Indonesian government through the Ministry of Research, Technology and Higher Education
Analisa pengaruh hasil pengelasan listrik dan asetilin pada plat bordes terhadap kekuatan tarik, kekuatan lengkung, impact dan struktur mikro
Summary
Menyambungkan dua atau lebih komponen karena untuk penggunaan kawat las jenis ini menjadi suatu bentuk mesin. Komponen di perlukan nyala jenis netral atau nyala yang dirakit bias dari produk pengecoran, dengan jumlah actyline sedikit di banding pembentukan atau pemesinan, baik dari jumlah asam karena tidak adanya salut logam yang sama maupun berbeda-beda. Unsur pengelasan banyak digunakan saat kawat las ini merupakan komposisi kimiawi pembangunan kontruksi dengan logam. Yakni kandungan belerang satu proses pengelasan yang sering maksimum 0,04%, fosfor maksimum 0,04%, ditemukan yaitu Las OAW ( Oxy Acetylene alumunium (jika ada) maksimum 0,02%
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