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What every CFD developer needs to know about C++

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Lecture 1: Choosing the right programming language for CFD development

Choosing the right programming language for CFD development is crucial for performance. Understand the different types of programming languages in this article

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Lecture 2: Why you should use C++ for CFD development

Discover why C++ stands out as the top choice for CFD programming. It's compiled, object-orientated, offers rich libraries and tools, and excels at speed.

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Lecture 3: The complete guide to memory management in C++ for CFD

Learn the key concepts of memory management in C++, including the stack, the heap, avoiding costly memory copying, and how to make the CPU caches work for you.

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Lecture 4: Object-orientated programming in CFD

Classes form the basic building block of object-orientated programming. See how they can help us write modular and extendable C++ code when writing CFD solvers.

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Lecture 5: How to handle inheritance and class hierarchies in C++

Explore why inheritance is the bread and butter of modern C++ design and how it is applied in CFD solvers. Learn about dynamic polymorphism and when to avoid it

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Lecture 6: Templates in C++: Boost your CFD solver performance

Learn in this article when you should/shouldn't use templates in C++ for your CFD codes. We see how templates relate to inheritance and their use in OpenFOAM.

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Lecture 7: Enhance readability with operator overloading in C++

Operator overloading is optional but makes our C++ code much more readable. Explore how overloaded operators provide intention-revealing and clean code.

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Lecture 8: The power of the standard template library (STL) in C++

The C++ standard template library provides access to efficient data structures and algorithms we frequently use in CFD solvers. Learn how to master it here.

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Lecture 9: Understanding Lambda expressions and how to use them in C++

Learn lambda expressions in C++: a powerful tool for writing optimised CFD solvers, avoiding code duplication, and mastering algorithms in C++'s STL

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Lecture 10: Reduce memory bugs with smart pointers in C++

Understand smart pointers in C++, their benefit over raw pointers, and how to use them in CFD solvers. Use them with the factory pattern to write clean code.

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