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Design and development of a long range glider

Design and development of a long range glider / Nor Faridah Hanim Aziz Ujang
Glider adalah kenderaan yang beroperasi tanpa bekalan kuasa dan sistem operasi tanpa pemandu. Terdapat banyak jenis glider yang terdiri daripada tujuan tertentu aktiviti. glider jarak jauh adalah merujuk kepada glider yang boleh meluncur dengan pelbagai dan masa. Kesan mempunyai glider dalam industri terlalu dapat yang meluncur pesawat dalam keadaan kecemasan. buaian akan melalui fasa reka bentuk yang terdiri daripada reka bentuk awal dan reka bentuk terakhir sebelum menjalani proses fabrikasi. Proses pembuatan buaian menggunakan kayu balsa sebagai bahan utama untuk sayap dan bahagian ekor di samping bahan-bahan komposit digunakan untuk fiuslaj dan lampiran di antara sayap dan badan pesawat. Tujuan lampiran adalah untuk melampirkan jenis sayap pada badan pesawat. Logik lampiran adalah buaian telah membina dengan tiga sayap yang berbeza untuk menentukan prestasi buaian dari segi julat manakala sebahagian yang lain adalah tetap. Model ujian diadakan di lokasi yang berbeza seperti ujian lapangan dan ujian peringkat mana keputusan ujian keluar dengan ujian peringkat adalah yang tertinggi dengan lingkungan 57.4 meter di 15.76 kedua Tempoh luncuran. Keputusan keseluruhan menyatakan bahawa sayap dihedral adalah sayap prestasi yang terbaik diikuti dengan sayap tirus dan lurus. Sebabnya ialah sayap dihedral mengembalikan sayap ke tahap apabila terdapat gangguan. Hasilnya mendapatkan daripada teknik yang digunakan pada glider adalah rekod, dibandingkan dan dianalisis dalam kajian semasa. _______________________________________________________________________________________________________ Glider is a vehicle that operates with no power supply and unmanned operating system. There are many types of glider that consist of the certain purpose of activities. Long range glider is referring to a glider that can be glide with a range and time. The impact of having a glider in the industry is too able an aircraft glide in emergency condition. The glider are going through design phase which consists of preliminary design and final design before undergo fabrication process. The fabrication process of the glider is using the balsa wood as the main materials for the wing and tail part besides the composite materials is used for the fuselage and the attachment between the wing and the fuselage. The purpose of the attachment is to attach the different types of the wing on the fuselage. The logic of the attachment is the glider have been construct with three different wings to determine the performance of the glider in term of the range while the other part are fixed. The test model are held at the different locations such as field test and stage test which the results of the test come out with the stage test are the highest with the range of 57.4 metre in 15.76 second of the gliding duration. The overall results state that the dihedral wing is the best performance wing followed by tapered and straight wing. The reason is the dihedral wing returns the wing to level when there is disturbance. The result obtain from the technique applied on the glider are record, compared and analysed in the current study.
Contributor(s):
Nor Fridah Hanim Aziz Ujang - Author
Primary Item Type:
Final Year Project
Identifiers:
Barcode : 00003107206
Accession Number : 875007327
Language:
English
Subject Keywords:
Glider; aircraft glide; balsa wood
First presented to the public:
6/1/2017
Original Publication Date:
3/16/2018
Previously Published By:
Universiti Sains Malaysia
Place Of Publication:
School of Aerospace Engineering
Citation:
Extents:
Number of Pages - 71
License Grantor / Date Granted:
  / ( View License )
Date Deposited
2018-03-16 16:28:26.832
Date Last Updated
2020-04-30 14:17:55.649
Submitter:
Mohd Jasnizam Mohd Salleh

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