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FLAGSHIP SPECIALIST · AB-TURBO-301

Turbomachinery & Rotating Machinery CFD

Rotating-machinery CFD from centrifugal-pump performance to aircraft and marine propellers, including geometry, meshing, rotating interfaces, sweeps, validation and cavitation-risk analysis.

TurbomachineryMRFRBMPropellerPump CFDPerformance Curves
COURSE OUTCOME

Build capability you can transfer directly into engineering CFD work.

Turbomachinery, energy, marine and aerospace engineers working with rotating-flow systems.

What you will learn

  • Build centrifugal-pump models with rotating and stationary regions, interfaces and performance reporting.
  • Generate and simulate aircraft propeller geometry across operating conditions.
  • Use MRF/RBM approaches for marine propeller performance analysis.
  • Evaluate performance, mesh sensitivity, validation evidence and cavitation-risk indicators.

Prerequisites

Intermediate STAR-CCM+ experience is recommended. Familiarity with rotating machinery and performance coefficients is helpful.

Who this is for

Turbomachinery, energy, marine and aerospace engineers working with rotating-flow systems.

CURRICULUM

4 modules · 47 protected lessons.

The public syllabus is generated from the same package registry that controls the protected classroom, so course counts and ordering stay synchronized.

01

Centrifugal Water Pump Performance Analysis

14 lessons · ~1h 6m. Project Setup and Geometry Import · Geometry Cleanup and Surface Preparation · Creating Stationary CAD …

02

Supersonic Aircraft Propeller Geometry Generation

9 lessons · ~46m. Propeller Geometry, Turbomachinery and NASA Benchmark · Project Setup, Data Digitization and Airfoil Series · Generating Airfoil Sections with JavaFoil …

03

Supersonic Aircraft Propeller Performance Simulation

14 lessons · ~1h 1m. Load Simulation and Project Setup · Geometry Cleanup and Surface Preparation · Creating the Rotating and Stationary Domains …

04

Marine Propeller: MRF, RBM, Performance & Cavitation

10 lessons · ~1h 54m. Introduction to the Marine Propeller Benchmark · Reviewing the Starter File and Geometry Setup · Meshing the Propeller and Defining the Boundary-Layer Strategy …

WHAT YOU GET

A protected Abecator learning package—not an external marketplace redirect.

Course access is tied to the student account and the exact entitlement created by the completed purchase.

47 protected video lessonsLessons are delivered inside the Abecator student classroom using protected video delivery.
4 structured modulesThe content is reorganized into a focused engineering path rather than the original source-library order.
Student account accessPurchased courses appear in My Courses and remain isolated from courses the student has not purchased.
Project resources where includedLesson-linked simulation, CAD, PDF and exercise resources are provided where mapped; the resource library is being expanded before launch.

Course code AB-TURBO-301 · launch price $29.40 (normally $49) USD. Tax treatment depends on customer location and status and is handled during checkout.

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40% launch discount applied automatically—no code required. Ends September 20, 2026. Secure Stripe checkout. Applicable tax is calculated on the final amount.

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