Environmental Modeling and Simulation

Introduction Part - I

Preview

28 min

Introduction Part - II

1D Models Part - I

1D Models Part - II

Logistic Growth Model Part - I

Logistic Growth Models - II

1D Models: Auto Catalysis

Semi Quantitative Approach to Solve 1D Models

Using MATLAB for 1D systems

Using R for 1D Systems

Bifurcations - I

Bifurcations - II

Bifurcations - III

Bifurcations - IV

Bifucations - V

Insect Outbreak Model

2D Systems - I

2D Systems - II

2D Systems - III

2D Systems - IV

2D Systems - V

2D Systems - VI

2D Systems - VII

2D Systems - VIII

2D Systems - IX

2D Systems - X

2D Systems - XI

2D Systems - XII

Limit Cycles- I

Limit cycles - II & Bifurcations

Bifurcations

Application of Empirical Approach - I

Application of Empirical Approach - II

Application of Empirical Approach - III

Gaussian Plumes - I

Gaussian Plumes - Air - II

Gaussian Plumes - Air - III

Gaussian Plumes - Air - IV

Gaussian Plumes - Air - V

Gaussian Plumes - Air - VI

Ground Water - I

Ground Water - II

Environmental Transport Processes

Environmental Non-reactive & Reactive Processes - I

Environmental Non-reactive & Reactive Processes - ll

Environmental Non-reactive & Reactive Processes - lll

Homogeneous reactors

Heterogeneous Reactors - I

Heterogeneous Reactors - II

Ground Water Extraction

2D Model Using MATLAB

Phase Portrait of 1D Models Using R

Phase Portrait of 2D Models Using R

Simulations l

Simulation-II

Application: Climate change and GDP – I

Application: Climate change and GDP – II