PT Tensor telah memberikan referensi untuk dunia keteknikan dengan beberapa kontributor yang memiliki latar belakang yang berbeda-beda, termasuk salah satunya di bidang Finite Element Analysis
Berikut adalah daftar isi Finite Element Analysis (FEA):
2. Teori Finite Element Analysis
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- Analisis struktur menggunakan FEA
- Sejarah FEA
- Metode elemen hingga (FEM)
3. Model Material
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- Linear Elastic
- Non-linear elastic, hypoelastic, hyperlastic
- Viscoelastic
- Creep
- Stress-Life (SN)
- Composite Modeling
- Cohesive Model
- Explicit dynamics
- Lagrangian vs Eulerian
- JWL Explosive
- Ignition and growth
- Soil
- Foam
- Concrete
- Snow
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4. Loads and Boundary conditions
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- Nodal dan Element uniform
- Displacement
- Force
- Pressure
- Inertial Load
- Temperature
- Bolt modeling
- Explicit dynamics
- Detonation wave
- Airbag
5. Contacts
- Deformable body dan Rigid Body
- Node to Segment dan Segment to Segment
- Glued, Touched, dan Self Contact
- Contact detection and separation
- Friction theory: Shear, Coulomb, Bilinear
6. Discrete Connectors
- Connectors: Spring, damper, bushing.
- Joints: Revolute, Cylindrical, Planar, Spherical
7. Meshing
- Element 1D, 2D, dan 3D
- Jenis-Jenis mesh
- Ukuran kualitas mesh
- Adaptive Meshing
8. Jenis-Jenis Solver
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- Linear static
- Nonlinear static
- Normal Modes
- Buckling
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- Linear buckling
- Non-linear buckling
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- Frequency/Transient Response
- Frequency domain
- Time Domain
- Explicit Dynamics
- Timesteping
- Mass Scaling
- Hourglass Parameters
- Multibody Dynamics
- Fatigue Analysis
- Frequency/Transient Response
9. Topology Optimization
10. Parameter komputasi
- Inertia Relief
- Large Deformation
- Iterative Solver
- Lumped dan Coupled mass calculation
- Iteration method
- Full Newton-Raphson
- Modified Newton-Raphson
- Newton-Raphson with Correlation
- Secant
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- Nonlinear solver
- Direct Profile
- Iterative Sparse
- Direct Sparse
- Multifrontal Sparse
- Nonlinear solver
11. Pengolahan data (post processing)
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- Stress dan Strain
- Deformation
- Fatigue analysis