CAESES

Lecture Videos on Simulation-Driven Design: How to Utilize Simulation to Create Better Products Develop an understanding and an appreciation of simulation-driven design (SDD) with these 3 lecture videos, recorded by FRIENDSHIP SYSTEMS CEO Dr. S...

Lecture Videos on Simulation-Driven Design: How to Utilize Simulation to Create Better Products Develop an understanding and an appreciation of simulation-driven design (SDD) with these 3 lecture videos, recorded by FRIENDSHIP SYSTEMS CEO Dr. S...

Lecture Videos on Simulation-Driven Design: How to Utilize Simulation to Create Better Products Develop an understanding and an appreciation of simulation-driven design (SDD) with these 3 lecture videos, recorded by FRIENDSHIP SYSTEMS CEO Dr. S...

This quick guide to the geometric modeling of ships is a recorded lecture given by FRIENDSHIP SYSTEMS CEO Dr. Stefan Harries. Have fun getting insights on the art of parametric modeling of ships and some math behind it. Among other topics, our...

Efficient Simulation-Driven Volute Optimization FRIENDSHIP SYSTEMS, GridPro, and Flowthermolab, demonstrate an ultra-efficient, fully automated workflow for volute shape optimization. You can discover how to: Create parametric geometry in C...

This tutorial demonstrates how to automatically create different geometry design variants and how to assess them.

This tutorial will show you how to create a fully-parametric duct. It will cover a basic project structure and the creation of curves, surfaces and solid bodies (BReps).

The newly released CAESES version 5.3 was developed with a strong focus on the design of marine systems such as ship hulls and propulsors. Its new functionality is primarily dedicated to users with the CAESES add-ons Maritime and Propeller, but it...

Quickly analyze any imported or existing blade geometry with the analysis tools in CAESES. You can now easily extract the mean camber surface, determine the blade and wrap angle (beta/theta) distributions, or transform the 3D edges to the 2D merid...

CAESES® 5.2 offers a wide selection of components, workflows, and methods to simplify and streamline the parametric modeling of turbomachinery geometries, while maintaining the high level of freedom that CAESES® is known for. This webinar gives...

This webinar was a cooperation with Flexcompute. It presents a project in which a compressor stator was optimized with the goals of reducing pressure loss and minimizing the outlet flow angle deviation. A highly efficient process was used, incl...

This video shows you how to use the turbo machine workflow (CAESES Version 5.2.0 or newer) to design a fully-parametric axial compressor blade in CAESES in 20 minutes.

This video shows you how to use the turbo machine workflow (CAESES Version 5.2.0 or newer) to design a fully-parametric centrifugal pump in CAESES in 20 minutes.

This video explains how to adjust the boundary curves of surfaces with the help of post-processing operations.

CAESES 5.1 offers conveniently accessible functionality to visualize the influence of the design variables on the geometry’s shape, using so-called design velocities. Design velocities are defined as the normal displacement of the model surface...

In this webinar recording you can learn in detail how the morphing approach in CAESES 5 can be used to quickly optimize any existing geometry.

CAESES follows a clean object-oriented dependency structure to create a fully parametric model. Dynamic Types allow you to change the type (or creation method) of your objects (Points, Curves, Surfaces or BReps) and lets you keep the dependencies...

This video focuses on the BRep modeling options and shows how to join different surfaces,, extrude edges,, combine two solids,, insert fillets between two solids, or, assign colors.

This video gives a general introduction on BReps and explains the concept behind the boundary representation (BReps) objects and what they can be used for.

This tutorial video shows you how to display a result value, that is calculated in the feature definition, directly in the feature instance.

This tutorial shows you how to create a feature without the need to code it manually. It can easily be autogenerated by selecting the objects you would like to wrap in a feature code.