Tutorials

This tutorial series aims to introduce you to CaRMeN's workflow step by step and to help you unleash it's full potential. By the time you have finished these tutorials, you should be able to use CaRMeN to perform your own case study.

This tutorial series includes the following tutorials:

1. Creating your First Own Simulation - Introduction to Cases, Resources, and DETCHEM stagnation: A guide for simulating your own experimental data set with CaRMeN, using a certain chemical model and set of conditions. Here we will introduce you to the concepts of cases and resources, and to the DETCHEM stagnation driver.
2. Modifying your First Own Simulation - Introduction to Mixins: A guide for quickly varying a number of aspects about your simulation like fitting variables, catalyst structure, or reaction mechanisms. Here we will introduce you to the concept of mixins.
3. Adding a Second Experiment - Introduction to Dealing with Multiple Cases: A guide about what to pay attention to when working with multiple experimental data sets obtained from one reactor type and therefore using the same driver.
4. Adding Other Reactor Types - Working with multiple Drivers and Introduction to DETCHEM channel: A guide for simulating data sets obtained with other reactor types by introducing the DETCHEM channel driver. Here we will show you how to deal with multiple drivers for your simulations.
5. Adding an End-Of-Pipe (EOP) Simulation - Introduction to the $data Macro and Complex Project Directory Structure: A guide for performing end-of-pipe (EOP) simulations using the $data macro and for creating Project Directories with complex internal structures.

¹. H. Gossler, L. Maier, S. Angeli, S. Tischerb and O. Deutschmann, Phys. Chem. Chem. Phys., 2018, Advance Article, DOI: 10.1039/C7CP07777G ↩