Why should you attend this Webinar? 

Meshing stands as a critical element in the realm of Computational Fluid Dynamics (CFD), wielding a significant influence over the accuracy and efficiency of simulations. In the past, generating a high-quality mesh demanded extensive skills. However, with the advent of new technologies and advanced meshing algorithms, the task has become more accessible, allowing reasonably skilled individuals to create meshes of commendable quality. Ennova, in particular, not only facilitates the generation of simulation-ready, high-quality meshes but also enhances efficiency through its parallel meshing architecture and automated geometry cleanup.

Beyond meshing prowess, Ennova offers an additional dimension by serving as a graphical user interface to OpenFOAM. This makes it a versatile pre- and post-processor, further enriching its utility for CFD simulations.

In this webinar, we will delve into essential topics, covering:

  1. The key considerations for generating superior-quality meshes.
  2. Automated geometry cleanup processes to streamline mesh generation.
  3. Mesh generation process in Ennova.
  4. Utilizing Ennova as a graphical user interface to OpenFOAM for seamless pre- and post-processing.
  5. Best practices for achieving simulation-ready meshes with optimal accuracy.

WEBINAR REFERENCE LIBRARY

Enhance your technical skills with expert-guided software demonstrations and tutorials.

Welcome to our technical knowledge hub. Our expert-led webinars are designed to impart valuable knowledge and enhance your technical skills with expert-guided software demonstrations and tutorials. These sessions deliver detailed explanations on essential engineering technologies and provide practical, focused guidance on effectively mastering each tool and methodology required for advancing your technical projects.

Master CFD Preprocessing: Generate High-Quality Mesh with Reduced Preparation Time

This focused technical webinar is essential for any engineer seeking to propel project efficiency and simulation reliability. By watching, you will gain the specialized knowledge to solve the most time-consuming bottleneck in the CFD workflow, ensuring your models are clean, accurate, and ready for fast solver convergence.

Highlights of the Session

  1. Critical Role of Meshing: Understanding why meshing accounts for 50% of the total simulation time and how mesh quality directly impacts final, accurate CFD results.
  2. Seamless Open FOAM Integration: Demonstration of a modern Graphical User Interface (GUI) to streamline problem setup, boundary conditions, and post-processing for Open FOAM users.
  3. Automated Geometry Cleanup: Live demonstration of CAD repair features used to fix critical defects like gaps, overlaps, and missing faces, ensuring a watertight domain.
  4. Mastering Mesh Quality Metrics: In-depth analysis of key quality metrics, including Aspect Ratio, Skewness and Non-Orthogonality, along with recommended criteria for solver convergence.
  5. High-Quality Volume Meshing: Techniques required to generate various complex volume meshes, including Polyhedral elements and mandatory Prism boundary layers.
  6. Core Meshing Concepts: Review of different mesh types (Hybrid, Structured, Unstructured) and the fundamental meshing algorithms, such as Topology-Based meshing and the Shrink-Wrap method.

Tools Featured

  • Ennova CFD
  • Open FOAM

Enhancing Pump Efficiency and Reliability with TurboTides

In this session, we will walk you through how TurboTides supports end-to-end pump design. You will see how advanced simulation tools improve flow prediction, efficiency, and structural performance. By the end, you will understand why TurboTides is a preferred solution for modern pump engineering.

Highlights of the Session

  1. Reverse Engineering & Legacy Data Utilization: How to efficiently use designs in the form of 3D CAD files and corresponding test data (such as pressure ratios vs. mass flow rate) to calibrate 1D models and improve machine performance.
  2. Integrated Design Workflow: A detailed look at the seamless workflow, spanning 1D-meanline design and data reduction, 3D geometry generation (including impeller, volute and shroud adjustments), automatic meshing, and 3D CFD/FEA structural analysis.
  3. 3D AI Optimization for Cycle Reduction: Using the Turbo-Tides 3D optimization engine powered by Empower Operations OASIS. This capability supports multidisciplinary (CFD + FEA), multipoint, and multi-objective optimization to automate design adjustments and reduce cycle time.
  4. Comprehensive Pump Design: Demonstrating the successful design and analysis of all types of turbo-pumps (Axial, Mixed flow, Radial, Single/Multi-stage), including detailed parameter settings for flow, head, and rotational speed.
  5. Performance Analysis: Generating detailed meanline Analysis Performance Reports showing key parameters like isentropic efficiency, head, and power across various RPMs.

Tools Featured

  • Turbo-tides

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We conduct high-value sessions designed to strengthen your technical expertise, enhance your proficiency in leading engineering software, and provide insights into the evolving landscape of Turbomachinery Design, CFD, and FEA.

After you register, you will receive timely notifications with event details and registration links, giving you priority access to each session. Don’t miss the chance to expand your knowledge and explore the advanced tools shaping the future of engineering!


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