Fluid Dynamics, Heat & Mass Transport Phenomena Course 2026
January 20, to March 05, 2026, (14 Lectures x 90 min, 7 Weeks, Tuesdays & Thursdays, 16:00-17:30, Berlin Time Zone). Registration Form👇.
This is a basic course starting from high school physics “Second Newton’s Law F=m*a” & Math “Slope=(Fx2-Fx1)/(x2-x1)”, towards understanding fluid mechanics basis (e.g. attached clip), material & energy conservation laws, and deriving Navier-Stokes Equations including heat and mass transfer modeling, within 14 Lectures x 90 min.
This Online Live Course is an opportunity for all engineers, and experts in fundamental science and biomedical engineering towards conceptual and mathematical modeling of their cases studies. In particular it can be a very helpful course for CFD Users empowering them for more efficient and reliable CFD Simulations for complex practical processes and fruitful postprocessing data analysis. (Registration Form 👇 ).
Course Content
Lecture 1: Mass & Energy Balance in Nature & Industrial Process: General Concepts & Modeling
Lecture 2: From Basic Newtonian Second Law F=m*a Towards Fluid Mechanics Modeling.
Lecture 3: Mass Conservation Law and Continuity Equation for Fluid Flows.
Lecture 4: Energy Conservation Law and Momentum Balance
Lecture 5: Deriving Navier-Stokes Equations form Base for Different Practical Case Studies
Lecture 6: Full Navier-Stokes Equations for Modeling Natural Phenomena & Technological Process.
Lecture 7: Heat Conduction Transport Mechanism.
Lecture 8: Convective Heat Transfer (Coupled Fluid Flow and Heat Transfer)
Lecture 9: Mass Transfer, Diffusion and Convective Transport Mechanisms
Lecture 10: Practical Examples of Mass Transfer
Lecture 11: Compressible Flows, Combined Thermodynamic Heat and Mass Transfer
Lecture 12: Exact Solutions & Numerical CFD Simulations of Fluid Flow & Heat Transfer
Lecture 13: An Overview on Empirical Modeling for Mechanical Engineering Calculations and Design (Relationships of Euler, Bernoulli, and Navier-Stokes Approaches for Pipelines, Pumps and Turbines Shaft Works, Internal and External Flows)
Lecture 14: Turbulent Flows, Concepts & Modeling (RANS, K-W & K-Epsilon, LES).
Selected references discussed during this course: Transport Phenomena (Bird, including fluid mechanics, heat and mass transfer), Heat Transfer Holman, Fluid Mechanics Cengel, CFD Versteeg.
I have registered for this course but I can’t find it on my account nor have received an email after paying
I think you found it Shehab and attended our course already.
I have registered for this course but I can’t find it on my account nor have received an email after paying. I see the same thing happened to Shehab…. Does it take long for the confirmation to arrive? When will the course be available to me?
Dear Joao, I think you received already confirmation on 10 October, with course details and all required link to attend live lectures and course group. I see you are already in our course already.
This course is valuable for building strong prerequisite knowledge required for CFD. Fluid Mechanics, Heat Transfer, and Mass Transport concepts are explained clearly with a strong focus on physical intuition and engineering relevance. The course helps learners understand why CFD equations behave the way they do, which is essential for setting up, solving, and interpreting CFD simulations correctly. A solid foundation course that every aspiring CFD engineer should take before or alongside CFD training.
World-Academies Courses (WAC) delivers a highly structured educational experience with strong academic rigor and practical relevance. The step-by-step progression, combined with interactive live discussions, makes advanced CFD-related topics more accessible and easier to internalize.
In addition to course quality, the availability of Teaching Assistant support, coaching, and advisory input significantly enhances the learning process. WAC also does an excellent job of connecting prerequisite knowledge (transport phenomena and fluid dynamics) to CFD practice, including turbulence, conceptual modeling, and simplified treatment of the Navier–Stokes framework. Overall, excellent value and a strong recommendation.
As a Teaching Assistant for this comprehensive program covering Mass Transfer, Heat Transfer, Fluid Dynamics, and Surface Phenomena, I can speak directly to its educational value. These subjects form the backbone of chemical engineering, and World-Academies has structured them with exceptional clarity and depth.
The course content aligns perfectly with industrial needs-every concept covered has direct applications in process design, reactor engineering, separation processes, and equipment optimization. The interactive live discussions allow students to explore how these transport phenomena interact in real processes, which is exactly the type of understanding needed in industry. Having worked on fermentation systems, polymerization reactors, and process optimization projects, I can confirm this course provides the fundamental knowledge essential for tackling complex engineering challenges. The affordable registration fee, considering the level of personalized support and interactive learning provided, makes this program accessible to a wide range of professionals seeking to strengthen their engineering fundamentals.