Difference between revisions of "Fluid Catalytic Cracking Project (Digital Twin)"

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<div class="center" style="width: auto; margin-left: auto; margin-right: auto;">
 
<div class="center" style="width: auto; margin-left: auto; margin-right: auto;">
 +
----
  
  
'''FCC Reactor Model'''
+
'''FCC Reactor Model'''
 
'''V'''
 
 
Fluid Catalytic Cracking :
 
Predicting Yield of the product
 
 
'''V'''
 
 
Fluid Catalytic Cracking
 
Kinetic Model
 
 
'''V'''
 
 
Temperature Distribution
 
Inside the reactor
 
 
'''V'''
 
 
1D-MultiphaseConvective-Turbulent Flow
 
 
'''V'''
 
 
1D-Singlephase-Convective-Turbulent Flow
 
 
'''V'''
 
 
1D-Multiphase-Convective-Laminar Flow
 
 
'''V'''
 
 
1D-Singlephase-Convective-Laminar Flow
 
 
'''V'''
 
{| class="wikitable" style="margin-left: auto; margin-right: auto; border: none;"
 
|-
 
| Finite Volume
 
| Atomic Model Calculation
 
| Finite Difference
 
|-
 
| style='border-style: none none none none;' | Ordinary Numerical Calculation
 
| style='border-style: none none none none;' | Ordinary Numerical Calculation
 
| style='border-style: none none none none;' | Ordinary Numerical Calculation
 
|-
 
| style='border-style: none none none none;' | Atomic Model Calculation
 
| style='border-style: none none none none;' | Atomic Model Calculation
 
| style='border-style: none none none none;' | Atomic Model Calculation
 
|}
 
 
   
 
   
 +
'''V'''
 +
 +
Fluid Catalytic Cracking :
 +
Predicting Yield of the product
 +
 +
'''V'''
 +
 +
Fluid Catalytic Cracking
 +
Kinetic Model
 +
 +
'''V'''
 +
 +
Temperature Distribution
 +
Inside the reactor
 +
 +
'''V'''
 +
 +
1D-MultiphaseConvective-Turbulent Flow
 +
 +
'''V'''
 +
 +
1D-Singlephase-Convective-Turbulent Flow
 +
 +
'''V'''
 +
 +
1D-Multiphase-Convective-Laminar Flow
 +
 +
'''V'''
 +
 +
1D-Singlephase-Convective-Laminar Flow
 +
 +
'''V'''
 +
{| class="wikitable" style="margin-left: auto; margin-right: auto; border: none;"
 +
|-
 +
| Finite Volume
 +
| Atomic Model Calculation
 +
| Finite Difference
 +
|-
 +
| style='border-style: none none none none;' | Ordinary Numerical Calculation
 +
| style='border-style: none none none none;' | Ordinary Numerical Calculation
 +
| style='border-style: none none none none;' | Ordinary Numerical Calculation
 +
|-
 +
| style='border-style: none none none none;' | Atomic Model Calculation
 +
| style='border-style: none none none none;' | Atomic Model Calculation
 +
| style='border-style: none none none none;' | Atomic Model Calculation
 +
|}
 +
 
----
 
----
  

Revision as of 22:55, 3 February 2021

Milestone 1: Pemodelan Atomic 1D FCC dengan Simulasi Modelica


Diskusi 1 (3 Februari 2021)

Aktivitas :

  • Presentasi Permodelan 1D Bang Edo
  • Presentasi FEM 3D Trusses kelas Metode Numerik

Progress dan Diskusi :

  • Christo : Menjelaskan ulang FEA dalam permodelan 3d trusses dalam kelas metode numerik semester 3. menjelaskan tahapan permodelan dalam modelica mulai dari definisi parameter sampai operasi hitung. Menggunakan buku FEA dari Saaed bab 3 untuk memberi contoh matriks global dan kodenya dalam modelica. (Hal 147-154)
  • Josiah : Progress mempelajari Python
  • Rijal : Progress mempelajari FEA dari 3d Trusses, berlatih Modelica
  • Edo : Menjelaskan step by step permodelan Modelica yang direncanakan untuk mencapai milestone 1.




FCC Reactor Model

V

Fluid Catalytic Cracking : Predicting Yield of the product

V

Fluid Catalytic Cracking Kinetic Model

V

Temperature Distribution Inside the reactor

V

1D-MultiphaseConvective-Turbulent Flow

V

1D-Singlephase-Convective-Turbulent Flow

V

1D-Multiphase-Convective-Laminar Flow

V

1D-Singlephase-Convective-Laminar Flow

V

Finite Volume Atomic Model Calculation Finite Difference
Ordinary Numerical Calculation Ordinary Numerical Calculation Ordinary Numerical Calculation
Atomic Model Calculation Atomic Model Calculation Atomic Model Calculation

Tugas:

  • Pembelajaran CFD (materi dan contoh tugas dari Josiah)
  • Mengisi Page Wiki AIR (link di keterangan group)

Diskusi 2 (10 Februari 2021)

Aktivitas :

  • Presentasi hasil pembelajaran CFD

About

  • Edo Syafei
  • Josiah Enrico
  • Christopher S. Erwin
  • Diyas Prawara Mahdi
  • Rijal Ghodi