CAESES https://watch.caeses.com CAESES is an integration and automation platform that includes simulation-ready variable CAD, optimization algorithms, and post-processing. Customers use CAESES together with their simulation tool (most often CFD) to design and develop better products, faster, and at lower cost. Typical areas of interest include turbomachines, ducts and manifolds, engine components, aerodynamic bodies, ship hulls, ... Welcome to our video channel! As a new commercial user or a student, we recommend to start with the tutorial videos below. These short videos should give you a good start with CAESES®. Creating helpful videos is currently work in progress, and we will regularly add new ones. Feel free to send us your comments and feedback on these videos. Explore the full library of CAESES tutorials (beginner → advanced), plus downloadable examples on our documentation website. Thu, 28 May 2026 10:05:05 GMT https://validator.w3.org/feed/docs/rss2.html Toraifōsu CAESES https://watch.caeses.com/client/assets/images/icons/icon-96x96.png https://watch.caeses.com All rights reserved, unless otherwise specified in the terms specified at https://watch.caeses.com/about and potential licenses granted by each content's rightholder. <![CDATA[Simulation-Driven Design: How to Utilize Simulation to Create Better Products - Part3]]> https://watch.caeses.com/w/fc1dBdGexB4LmajWtan22R https://watch.caeses.com/w/fc1dBdGexB4LmajWtan22R Tue, 26 May 2026 13:06:32 GMT 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:

  • An introduction and motivation behind simulation-driven design (SDD)
  • The concept of simulation-driven design
    • Automated optimization
    • Variable geometry
  • Insights on exclusive industry example applications for:
    • Thrusters
    • Gas turbines
    • Turbochargers
    • Container carriers
    • CO2-emissions
  • Outlook
  • Our company FRIENDSHIP SYSTEMS and CAESES
]]> friendship_systems 19 nonadult Simulation-Driven Design: How to Utilize Simulation to Create Better Products - Part3 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... <![CDATA[Simulation-Driven Design: How to Utilize Simulation to Create Better Products - Part2]]> https://watch.caeses.com/w/h5wJAWQr7xWUgQrkcBh82k https://watch.caeses.com/w/h5wJAWQr7xWUgQrkcBh82k Tue, 26 May 2026 12:48:06 GMT 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:

  • An introduction and motivation behind simulation-driven design (SDD)
  • The concept of simulation-driven design
    • Automated optimization
    • Variable geometry
  • Insights on exclusive industry example applications for:
    • Thrusters
    • Gas turbines
    • Turbochargers
    • Container carriers
    • CO2-emissions
  • Outlook
  • Our company FRIENDSHIP SYSTEMS and CAESES
]]> friendship_systems 19 nonadult Simulation-Driven Design: How to Utilize Simulation to Create Better Products - Part2 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... <![CDATA[Simulation-Driven Design: How to Utilize Simulation to Create Better Products - Part1]]> https://watch.caeses.com/w/tkNpSRuQpvLyv3kkg9EUAp https://watch.caeses.com/w/tkNpSRuQpvLyv3kkg9EUAp Tue, 26 May 2026 12:33:12 GMT 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:

  • An introduction and motivation behind simulation-driven design (SDD)
  • The concept of simulation-driven design
    - Automated optimization
    - Variable geometry
  • Insights on exclusive industry example applications for:
    - Thrusters
    - Gas turbines
    - Turbochargers
    - Container carriers
    - CO2-emissions
  • Outlook
  • Our company FRIENDSHIP SYSTEMS and CAESES
]]> friendship_systems 19 nonadult Simulation-Driven Design: How to Utilize Simulation to Create Better Products - Part1 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... <![CDATA[A Quick Guide to the Geometric Modeling of Ships]]> https://watch.caeses.com/w/fpe1gGgeNMwdVK88sq91ZF https://watch.caeses.com/w/fpe1gGgeNMwdVK88sq91ZF Tue, 26 May 2026 12:23:37 GMT 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 CEO Dr. Stefan Harries talks about:

  • Why are ships so curvy?
  • Why do we need a mathematical representation?
  • The art of parametric modeling
  • Simulation-driven design in a nutshell
]]> friendship_systems 19 nonadult A Quick Guide to the Geometric Modeling of Ships 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... <![CDATA[Efficient Simulation-Driven Volute Optimization]]> https://watch.caeses.com/w/q1MBFCwhRJvQYrQ5pBM4Mz https://watch.caeses.com/w/q1MBFCwhRJvQYrQ5pBM4Mz Wed, 26 Nov 2025 14:42:07 GMT 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 CAESES.
  • Generate automated structured meshes in GridPro.
  • Run CFD simulations seamlessly with CFX and let the results drive the optimization.

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

]]> friendship_systems 19 nonadult Efficient Simulation-Driven Volute Optimization 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... <![CDATA[Automated Geometry Variation and Assessment in CAESES]]> https://watch.caeses.com/w/oeUv6ppQg51BmswDz8X4NN https://watch.caeses.com/w/oeUv6ppQg51BmswDz8X4NN Mon, 07 Jul 2025 16:48:44 GMT This tutorial demonstrates how to automatically create different geometry design variants and how to assess them.

]]> friendship_systems 12 nonadult Automated Geometry Variation and Assessment in CAESES This tutorial demonstrates how to automatically create different geometry design variants and how to assess them. <![CDATA[First Modeling Steps in CAESES]]> https://watch.caeses.com/w/srsYVf6cgsBLs85dVueCmm https://watch.caeses.com/w/srsYVf6cgsBLs85dVueCmm Mon, 07 Jul 2025 16:35:32 GMT 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).

]]> friendship_systems 12 nonadult First Modeling Steps in CAESES 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). <![CDATA[Design and Optimization of Ship Hulls and Propellers]]> https://watch.caeses.com/w/hLQmrMzMEiDgj7iiYAp91c https://watch.caeses.com/w/hLQmrMzMEiDgj7iiYAp91c Wed, 28 May 2025 17:08:00 GMT 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:

  • How to create a ship in a couple of minutes with the ship modeling workflow
  • How to perform hydrostatics computations
  • How to design a propeller with the propeller workflow
]]> friendship_systems 19 nonadult Design and Optimization of Ship Hulls and Propellers 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... <![CDATA[Analysis Tools for Imported Blades]]> https://watch.caeses.com/w/edr992ScBvo3kG3xTUcS5E https://watch.caeses.com/w/edr992ScBvo3kG3xTUcS5E Fri, 03 Nov 2023 11:03:09 GMT 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.

]]> friendship_systems 12 nonadult Analysis Tools for Imported Blades 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... <![CDATA[Turbomachinery Design in CAESES 5.2]]> https://watch.caeses.com/w/wqwHeqBWccAQefCF39x4eT https://watch.caeses.com/w/wqwHeqBWccAQefCF39x4eT Thu, 19 Oct 2023 12:54:25 GMT 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:

  • How to design a centrifugal blade with the turbomachine workflow
  • How to design an axial blade with the turbomachine workflow
  • How to create variable radius fillets
]]> friendship_systems 19 nonadult Turbomachinery Design in CAESES 5.2 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... <![CDATA[Cloud-Based Optimization of a Compressor Stator]]> https://watch.caeses.com/w/16by3YKiZA3xZYS2TqEgfH https://watch.caeses.com/w/16by3YKiZA3xZYS2TqEgfH Thu, 19 Oct 2023 09:42:02 GMT 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, including a smart geometry parameterization in CAESES® and the high-speed cloud-based CFD solver Flow360.

]]> friendship_systems 19 nonadult Cloud-Based Optimization of a Compressor Stator 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... <![CDATA[How to Design an Axial Compressor with the Turbo Machine Workflow]]> https://watch.caeses.com/w/gwsZBs3Aav8mwbkgyv5xaV https://watch.caeses.com/w/gwsZBs3Aav8mwbkgyv5xaV Wed, 06 Sep 2023 15:42:14 GMT 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.

]]> friendship_systems 12 nonadult How to Design an Axial Compressor with the Turbo Machine Workflow 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. <![CDATA[How To Design a Pump with the Turbo Machine Workflow]]> https://watch.caeses.com/w/oWEmhhv53hss3wHuEtd2Z8 https://watch.caeses.com/w/oWEmhhv53hss3wHuEtd2Z8 Thu, 31 Aug 2023 14:51:08 GMT 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.

]]> friendship_systems 12 nonadult How To Design a Pump with the Turbo Machine Workflow 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. <![CDATA[Adjust Surface Boundary Curves]]> https://watch.caeses.com/w/82Bpj9LfPSaoyQTcuferUD https://watch.caeses.com/w/82Bpj9LfPSaoyQTcuferUD Wed, 20 Jul 2022 10:36:41 GMT This video explains how to adjust the boundary curves of surfaces with the help of post-processing operations.

]]> friendship_systems 12 nonadult Adjust Surface Boundary Curves This video explains how to adjust the boundary curves of surfaces with the help of post-processing operations. <![CDATA[Visualize the Influence of Design Variables]]> https://watch.caeses.com/w/tvEDgJu9ThsVZPPDUTCiJJ https://watch.caeses.com/w/tvEDgJu9ThsVZPPDUTCiJJ Tue, 17 May 2022 10:44:56 GMT 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 due to a change in value of a design variable. They display the regions of influence for a design variable from a geometric point of view and are especially helpful in understanding the shape modification possibilities for a given setup.

]]> friendship_systems 12 nonadult Visualize the Influence of Design Variables 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... <![CDATA[Efficiently Optimize your Geometry with Morphing in CAESES 5]]> https://watch.caeses.com/w/9FoYKavVPD9Jw3bQ4qBX7J https://watch.caeses.com/w/9FoYKavVPD9Jw3bQ4qBX7J Thu, 12 May 2022 09:16:22 GMT 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.

]]> friendship_systems 19 nonadult Efficiently Optimize your Geometry with Morphing in CAESES 5 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. <![CDATA[Faces from Planar and Open BRep Edges]]> https://watch.caeses.com/w/rhuduZPQuNX7gQhTyBVYf1 https://watch.caeses.com/w/rhuduZPQuNX7gQhTyBVYf1 Wed, 11 May 2022 12:42:11 GMT friendship_systems 12 nonadult Faces from Planar and Open BRep Edges <![CDATA[Set the Attributes of a Feature]]> https://watch.caeses.com/w/rLxMc2GZ72WqfXREoeCeSX https://watch.caeses.com/w/rLxMc2GZ72WqfXREoeCeSX Thu, 28 Apr 2022 14:59:15 GMT friendship_systems 12 nonadult Set the Attributes of a Feature <![CDATA[Dynamic Types]]> https://watch.caeses.com/w/fugJBRsWgkyWgbABA9rQ7j https://watch.caeses.com/w/fugJBRsWgkyWgbABA9rQ7j Tue, 26 Apr 2022 14:45:00 GMT 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 and links inside your project.
You can also use your custom Feature Definitions as new types for objects.

]]> friendship_systems 12 nonadult Dynamic Types 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... <![CDATA[Introduction to BRep Modeling]]> https://watch.caeses.com/w/kQpgJjeJrX7b5h8VY4EsfG https://watch.caeses.com/w/kQpgJjeJrX7b5h8VY4EsfG Wed, 06 Apr 2022 14:01:34 GMT 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.
]]> friendship_systems 12 nonadult Introduction to BRep Modeling 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.