Summary of Metode Numerik untuk Rekayasa Mekanika (P)

Sukolilo | Manyar | Tjokroaminoto
Kampus Institut Teknologi
Sepuluh Nopember Surabaya
Phone: 031-5994251-54, 5947274, 5945472
Fax: 031-5923465, 5947845

General

Announcements

Section 1

Overview

Tugas

Contoh soal

Silabus

Materi 1

Section 2

Tugas 1

Bar Element

Bar Element

Weighted Residual Method

Polynomial and Lagrange

Section 3

Tugas 2

Transformasi koordinat elemen Bar

Isoparametric

Hourglass

Transformasi koordinat elemen Bar

Distributed Load on bar element

Contoh truss

Section 4

Tugas 3

Validasi dan verifikasi

Validasi dan verifikasi simulasi

Energy Balance

Convergence mesh

Refinement mesh

Gabungan pegas dan bar element

Section 5

Tugas 4

Beam Element

Deflection

Tabel 1

Tabel 2

Variational Approach

Beam Element 1

Beam Distribution load

contoh beam distribution load

Section 6

Tugas 5

Mesh Matric

Materi : Mesh Matric

Section 7

Tugas 6

Element 2D

warping, jacobian

Element 2D type CTS

Section 8

Tugas 7

Element 2D Lanjutan

Section 9

Pengumpulan ETS

Section 10

Element 3D

Fatigue Modeling

S-N curve approximation

3D element

Kegagalan Statis

Section 11

Tugas Modeling 1

Section 12

Contact Modelling

Contact Modelling

Section 13

Pengumpulan Tugas Modelling 2

Vibration Modelling

MAteri :Modal Analysis

Materi : Harmonic Rsponse

Section 14

Tugas Vibrasi

Model Material statis dan dinamis

materi : Model material elastic and hyperelastic

Materi Model material Plastis

Materi : Model material viscoelastis

Materi : Model Material Dynamis

Section 15

Tugas simulasi Model Material

Penyelesaian secara implisit dan eksplisit