Process Dynamics and Control
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Process Dynamics and Control

공정제어 · Department of Chemical & Biomolecular Engineering, SeoulTech

Lecture slides, PDFs, Colab notebooks and interactive explorers for Process Dynamics and Control (공정제어), SeoulTech
Author

Kee-Youn Yoo

Lecture notes for Process Dynamics and Control (공정제어). Slides are Quarto/reveal.js decks; every calculation is reproduced in a Python notebook (MATLAB code is shown alongside). Green chips open the interactive explorers on their own page.

Chapter 1 figure
Chapter 1updated 2026-10-29

Mathematical Preliminaries & Dynamic Response

Laplace transform · partial fractions · poles & zeros · 1st/2nd-order response · dead time & Padé · FOPDT approximation

Slides PDF 2.9 MB Handout 2.9 MB Colab
▶ Response explorer
Chapter 2 figure
Chapter 2updated 2026-10-29

Analysis of Single-Loop Control Systems

block diagrams · closed-loop transfer functions · P / PI / PD / PID · offset, reset windup, derivative kick

Slides PDF 2.1 MB Handout 2.1 MB Colab
▶ Closed-loop explorer
Chapter 3 figure
Chapter 3updated 2026-10-29

Tuning of Single-Loop Control Systems

process reaction curve · Ziegler–Nichols, Cohen–Coon, ITAE · direct synthesis · IMC

Slides PDF 1.9 MB Handout 1.9 MB Colab
▶ Tuning explorer
Chapter 4 figure
Chapter 4updated 2026-10-29

Stability of Closed-Loop Systems

characteristic equation · Routh–Hurwitz · root locus · dead time & RHP zeros

Slides PDF 2.1 MB Handout 2.1 MB Colab
▶ Root-locus explorer
Chapter 5 figure
Chapter 5updated 2026-10-29

Frequency-Response Analysis & Design

Bode & Nyquist plots · Bode/Nyquist stability · gain & phase margins · tuning by margins

Slides PDF 2.8 MB Handout 2.8 MB Colab
▶ Frequency-response explorer
Chapter 6 figure
Chapter 6updated 2026-10-29

Multi-loop Systems

cascade · feedforward · Smith predictor · ratio control · RGA & decoupling

Slides PDF 2.1 MB Handout 2.2 MB Colab
▶ Cascade explorer ▶ RGA explorer

How to use

  • Slides (HTML) — the main version: interactive widgets, Python/MATLAB code tabs with copy buttons. Press F for full screen, S for speaker view, Esc for the slide overview.
  • PDF — one slide per page, for tablets (GoodNotes, Notability, …).
  • Handout — A4, three slides per page with ruled note space, for printing.
  • Colab — opens the chapter notebook in Google Colab; run all cells to reproduce the figures.
  • Slide contents lists every slide (searchable) and Homework problems collects the problems of all chapters.
  • MATLAB scripts — every MATLAB code tab as a ready-to-run .m file, downloadable per chapter (zip).

Recent updates

  • 2026-10-28 — Course website launched: slides, PDFs, handouts and Colab notebooks for Chapters 1–6. (공정제어 강의 홈페이지를 시작했습니다.)

© 2026 Kee-Youn Yoo
Department of Chemical & Biomolecular Engineering, SeoulTech

 
  • CC BY-NC 4.0

  • kyyoo@seoultech.ac.kr