DEVELOPMENT OF AUTO-GENERATING AERODYNAMIC LOADS FOR WING-BOX FINITE ELEMENT MODEL BASED ON SCHRENK METHOD
Abstract: This paper describes
the development of computer application for computing the wing lift
distribution and auto-locating each sectional lift force to the appropriatenodes
of wing-box finite element model (FEM). In Catia-V5 environment, Visual Basic.Net
is intensively utilized to access several Catia’s Component Object Models
(COMs) by implementing several user interfaces for collecting flight data from
user and for linking to the wing-box finite element model that already created
in the previous work. Thedistribution of lift force is governed by Schrenk
method, where the distribution is multiplied by limit load factor and safety
factors in order to conform to the airworthinessrequirement. The lift force is
computed for each rib-space area and located on a point of quarter chord called
a Handler. Correspondingly each upper wing surface of rib-spacecalled Agent
conducts as media to transform each lift force from a handler into their associated
nodes of FEM. To demonstrate this work, a hypothetical N250 wing box structures
is utilized for a case study. The result of this work is very useful to be
utilized for wing design involving aerodynamic and structure analysis.
Penulis: R. Zain, I.R.
Pamungkas, Wafiqni, A. Yusni
Kode Jurnal: jptmesindd090206
Artikel Terkait :
Jp Teknik Mesin dd 2009
- PEMODELAN DAN SIMULASI SISTEM PEMBANGKIT TURBIN GAS PLTGU TANJUNG PRIOK
- PENGEMBANGAN ALGORITMA PEMBANGKITAN G-CODE MESIN PERKAKAS CNC OKUMA&HOWA BERFASILITAS AUTOMATIC TOOL CHANGER DAN INDEXING PADA SOFTWARE CaSTPro
- EVALUASI POLA FUNGSI RESPON FREKUENSI PADA RESPON GETARAN BANTALAN GELINDING
- DEVELOPMENT OF COAXIAL ROTOR MICRO UNMANNED AERIAL VEHICLE
- DESIGN AND TESTING OF COAXIAL ROTOR DUCTED FAN VTOL UAV
- ANALISIS LOMPAT VERTIKAL TIPE SQUAT DENGAN MODEL SISTEM BENDA JAMAK
- PENGHEMAT BAHAN BAKAR PADA KOMPOR GAS RUMAH TANGGA
- THE APPLICATION OF CONSTRAINT PROPAGATION TECHNIQUE FOR CONCEPTUAL AIRCRAFT DESIGN
- PENYELESAIAN PENDEKATAN PROBLEM KONTAK HERTZIAN PADA KASUS KONTAK ANTARA RODA DAN REL
- KAJI EKSPERIMENTAL CIRI GETARAN PADA BANTALAN ROL DENGAN PEMBEBANAN STATIK
- KAJIAN EKSPERIMENTAL SISTEM PENGAPIAN KONVENSIONAL DITINJAU DARI ASPEK PERAWATAN PREDIKTIF TERHADAP KONSUMSI BAHAN BAKAR PADA ENGINE TOYOTA KIJANG TYPE 5K
- STUDI EKSPERIMENTAL MESIN REFRIGERASI SIKLUS KOMPRESI UAP MENGGUNAKAN REFRIGERAN HIDROKARBON SUBSTITUSI R22 PADA KONDISI TRANSIENT
- ANALISIS ENERGI PADA SISTEM ROTARY KILN UNIT INDARUNG IV, PT. SEMEN PADANG
- ANALISIS SIFAT FISIK DAN KIMIA BIODIESEL DARI MINYAK JELANTAH SEBAGAI BAHAN BAKAR ALTERNATIF MOTOR DIESEL
- ANALISIS PENGENDALIAN MOTOR DC MENGGUNAKAN LOGIKA PID DENGAN MIKRO KONTROLER ATMEGA 8535
- UJI PRESTASI KERJA MESIN PEMBUATAN SANTAN KERING SISTEM SPRAY DRYING
- Review Metalurgi Las Baja Tahan Karat
- Review Pengelasan Baja dan Besi Cor Kelabu
- Kondisi Pemotongan Optimum Proses Pembubutan Keras Baja Perkakas Aisi O1 Menggunakan Pahat Keramik
- Studi Cacat Lasan Pada Baja Struktural Dan Pencegahannya
- Analisa Dfa Pada Katup Pengatur Kecepatan Silinder Pneumatik (Dfa Analysis On Flow Control Valve Of Pneumatic Cylinder)
- Analisis Karakteristik Kebisingan Knalpot Komposit Pada Mobil Toyota Kijang Tipe 7K
- PENGARUH PERSEPSI MAHASISWA TENTANG VARIASI MENGAJAR DOSEN TERHADAP HASIL BELAJAR DALAM MATA KULIAH TEKNIK PERMESINAN
- PENINGKATAN PEMAHAMAN MAHASISWA TENTANG OVERHAUL MOTOR BENSIN MENGGUNAKAN INSTRUCTIONAL MATERIALS PADA MATA KULIAH PRAKTIK PERAKITAN OTOMOTIF II