Download Dynamic Simulation Course for Chemical Engineers
Dynamic Simulation Course for Chemical Engineers with using advanced simulation software Aspen-Hysys, Aspen-Plus or Unisim by udemy. Dynamic simulation as an engineering tool is being used for carrying out simulation of various chemical, petrochemical plants, refineries, cross country pipelines etc.
Dynamic simulation is also used to check the reliability of the pressure relief systems introduce in the plant i.e. how effectively pressure safety valves are handling abnormal situation. One of the very important applications of dynamic simulation is for developing Operator Training Simulation (OTS) using which operator will be trained; how to take start-up of the plant or shut down of the plant or identifying the cause for abnormality in the plant and corrective action for the same.
When parameters in the plant are changing, it cannot be modelled as steady state, or we cannot carry out steady state simulation to explain dynamic behavior as well as reliability of control systems to counter dynamic behavior. To study the transient behavior and effectiveness of the control system to control the transient behavior, Dynamic Simulation needs to be carried out.
What You’ll Learn
- Introduction to dynamic simulation
- Application of dynamic simulation
- What is Pressure Flow Theory
- Example demonstration with hypothetic flow sheet to configure all basic control system like flow control system, level control system, pressure control system.
- Demonstration of strip charts i.e. how to configure strip charts, how to change logger size and how to read strip charts
Requirements
- Any Simulation Software like: Aspen-Hysys, Aspen-Plus, Unisim
- Should have knowledge about process engineering.
Who this course is for
- Chemical Engineer
- Petrochemical Engineer
- Mechanical Engineer
- Anybody who wants to learn Dynamic Simulation
Course Detail
- Movie quality: MP4 | Video: h264, 1280 × 720
- Audio quality: Audio: AAC, 44.1 KHz, 2 Ch
- Movie duration: 1h 51m
- Number of lessons: 7 lectures
- Language of instruction: English
- Compressed file size: 780 MB
