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industrial machining
teknologi pemesinan industri
Last Update: 2022-06-06
Usage Frequency: 2
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polishing of parts produced by other machining process.
pengisaran adalah proses penyingkiran logam dengan tindakan roda kasar berputar. • kasar adalah bahan yang zarahnya sangat keras dan boleh digunakan untuk bahan mesin seperti keluli keras, kaca, karbid, seramik, dan lain-lain • operasi pengisaran boleh digunakan untuk mengeluarkan lapisan tebal (kira-kira 0.5 mm) bahan dalam kelas kerja umum. biasanya pengisaran digunakan untuk penamat
Last Update: 2024-02-06
Usage Frequency: 1
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list the tool/machine use in machining workshop with suitable diagram
senaraikan kegunaan alatan/mesin di bengkel pemesinan dengan gambar rajah yang sesuai
Last Update: 2021-11-24
Usage Frequency: 1
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founded by alfred cheong in 1992, general system engineering sdn bhd (gse) has since flourished into a renowned machining fabrication company in malaysia that provides a wide variety of engineering services
ditubuhkan oleh alfred cheong pada tahun 1992, general system engineering sdn bhd (gse) telah berkembang menjadi sebuah syarikat fabrikasi pemesinan terkenal di malaysia yang menyediakan pelbagai perkhidmatan kejuruteraan.
Last Update: 2023-01-04
Usage Frequency: 1
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should the machine when increasing the rate of power factor value, the use of current on the machine is more efficient because according to the quality of a machine in terms of power factor value produced cause conditioning machining should be done to monitor each machine use in every week or month to detect the level of power factor and voltage.
sepatutnya machine apabila semakin meningkat kadar nilai power factor, penggunaan current pada machine semakin efisien kerana mengikut kualiti sebuah machine dalam segi kadar nilai power factor yang dihasilkan menyebabkan conditioning machining seharusnya dilakukan untuk monitoring setiap penggunaan machine dalam setiap minggu atau bulan bagi mengesan tahap power factor dan voltage.
Last Update: 2021-05-19
Usage Frequency: 1
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failures of metallic materials due to wear, corrosion and/or fatigue often start at the surface of manufactured products. the quality of the surface produced by manufacturing processes has critical influence on the functional performance of the products. the concept of ―surface integrity (si)‖ was used to refer to the surface quality by field and kahles in 1964 and defined as ―the inherent or enhanced condition of a surface produced in machining or other surface generating operation‖ (field and kahles, 1964). they also developed a systematic method to study and evaluate the characteristic features of machined surfaces in three different levels as shown in table 1.1 (field et al., 1972). among these si factors, residual stress is one of the most frequently studied due to its proved relationship with fatigue life (leverant et al., 1979; sasahara, 2005). microstructural changes, especially ―white layer‖ formation, are also well investigated because they were proved to reduce fatigue life (hashimoto et al., 2006). recently, more and more studies on surface integrity have been reported by researchers from various countries due to its close relationship with functional performance of the manufactured products (jawahir et al., 2011). however, most of the current researches were conducted on difficult-to-machine materials, such as aisi 52100 steel, nickel-based superalloys and titanium alloys. the purpose of these studies was mainly to avoid the formation of undesirable surface integrity, including tensile residual stresses, white layer and other surface defects. the possibility of using manufacturing processes to improve functional 2 performance of manufactured products through inducing desirable surface integrity has not been well investigated.
Last Update: 2020-05-06
Usage Frequency: 1
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