
Simulate two concentric rotating cylinders using ANSYS CFD. Learn SpaceClaim sketching, mesh control, Fluent setup, and CFD-Post visualization for streamlines, contours, and velocity distribution.

Simulate and analyze lid-driven cavitation using ANSYS CFD, covering geometry setup, meshing, boundary conditions, and result validation through contours and streamlines.

Explore matrix-free finite-element algorithms for solving PDEs, focusing on high-performance implementations and recent developments in performance engineering for complex geometries.

Explore MotoGP aerodynamics improvements using CFD simulations. Analyze modifications to fairing, wings, and fender for enhanced performance and reduced drag in motorcycle racing.

Explore MotoGP aerodynamics improvements using CFD simulations. Analyze drag and downforce changes from design updates, including helmet, radiator, fairing, and wing modifications.

Explore Formula One rear wing redesign, comparing tandem and bi-plane configurations for enhanced downforce and compliance with FIA regulations. Gain insights into advanced aerodynamic principles.

Optimize overland truck aerodynamics to increase range. Learn design tweaks for drag reduction and efficiency gains through CFD simulations and practical examples.

Explore Formula One aerodynamics updates, focusing on sidepod design changes to reduce flow separation. Analyze CFD results for three concepts and their impact on downforce and drag.

Explore advanced Formula One aerodynamics, focusing on sidepods, underfloor, fences, and other key components. Learn about design modifications and their impact on vehicle performance.

Learn to create a 3D structured hexahedral mesh for flow over a cylinder using ANSYS Mesh, enhancing your CFD simulation skills for complex geometries.

Explore aerodynamics fundamentals, CFD basics, and wind tunnel principles. Gain insights into UCLA's eco marathon design for optimizing vehicle efficiency and performance.

Explore Tesla Cybertruck's aerodynamics through exclusive 3D scan and CFD simulation. Analyze design features, flow patterns, and drag coefficient to understand its impressive aerodynamic performance.

Explore hydraulic fracturing fluids, their composition, and applications in petroleum engineering with insights from Dr. Ahmed Gomaa.

Explore hydraulic fracturing fundamentals with Dr. Algarhy in this comprehensive lecture, covering key concepts and applications in petroleum engineering.

Explore the reliability and effective application of Pressure Transient Analysis (PTA) in reservoir engineering, enhancing your understanding of this crucial technique.

Explore advanced geomechanics techniques for optimizing hydraulic fracture modeling, gaining insights into rock alterations and their impact on reservoir performance.

Explore innovative water evaporation techniques to overcome production challenges in the petroleum industry with expert insights from Eng. Mustafa Tahseen.

Explore casing while drilling techniques, advantages, tools, and applications with expert insights on hydraulics, connections, and centralization.

Explore well logging techniques and reservoir characterization methods to enhance understanding of subsurface formations and optimize hydrocarbon extraction strategies.

Explore the intricacies of ESP centrifugal pumps, their applications, and operational principles in oil and gas production systems.

Explore advanced reservoir rock properties and core analysis techniques to enhance understanding of subsurface formations and optimize hydrocarbon extraction strategies.