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. Stefan Harries.

Have fun getting insights on methods and concepts behind simulation-driven design. Furthermore, you will be able to see specific examples, applications and benefits of SDD for all kinds of industries.

Our CEO Dr. Stefan Harries, who is also an external lecturer at the Technical University of Berlin, talks about:

Part 1

Part 2

Part 3

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. Stefan Harries.

Have fun getting insights on methods and concepts behind simulation-driven design. Furthermore, you will be able to see specific examples, applications and benefits of SDD for all kinds of industries.

Our CEO Dr. Stefan Harries, who is also an external lecturer at the Technical University of Berlin, talks about:

Part 1

Part 2

Part 3

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. Stefan Harries.

Have fun getting insights on methods and concepts behind simulation-driven design. Furthermore, you will be able to see specific examples, applications and benefits of SDD for all kinds of industries.

Our CEO Dr. Stefan Harries, who is also an external lecturer at the Technical University of Berlin, talks about:

Part 1

Part 2

Part 3

This quick guide to the geometric modeling of ships is a recorded lecture given by FRIENDSHIP SYSTEMS CEO Dr. Stefan Harries.

Among other topics, our CEO Dr. Stefan Harries talks about:

Efficient Simulation-Driven Volute Optimization

You can discover how to:

See how these tools connect into one smooth, simulation-driven process – from geometry to performance evaluation.

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 also brings along several news and improvements that will benefit all users.

This webinar gives a more detailed introduction to the new functionality and demonstrates its use for different use cases.

It covers in various live demonstrations:

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 meridional plane. This toolkit allows you to quickly build a fully-parametric model from imported geometries.

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 a more detailed introduction to the new functionality and demonstrates its use for different applications.

It covers in various live demonstrations: