Wer nutzt diese Software?

CAESES ist eine CAD- und Optimierungslösung für Simulationsingenieure, die Designstudien durchführen wollen. Die Geometriegenerierung kann vollständig automatisiert werden und ist robust (keine Ausfälle beim automatisierten Regenerieren).

Durchschnittliche Bewertung

8 Bewertungen
  • Gesamt 5 / 5
  • Benutzerfreundlichkeit 3.5 / 5
  • Kundenservice 5 / 5
  • Funktionen 4.5 / 5
  • Preis-Leistungs-Verhältnis 4.5 / 5


  • Kostenlose Version Nein
  • Kostenlose Testversion Ja
  • Einsatz Cloud, SaaS, Web
    Installiert - Windows
  • Training Persönlich
    Live Online
  • Kundenbetreuung Support während der Geschäftszeiten

Angaben zum Hersteller

  • https://www.caeses.com
  • Gegründet 2003


Für Simulationsingenieure, die Produkte wie Schiffsrumpfformen, Propeller, Flügel, Düsentriebwerke und Turbolader optimieren, bietet CAESES ein effizientes CAD und integrierte Tools an, um die Strömungsanalyse zu automatisieren und die Produktform zu optimieren.

Im Gegensatz zu herkömmlichen CAD-Tools kann die Geometrieerzeugung vollständig automatisiert werden und ist während der Variation 100% robust. Daher ist CAESES perfekt für automatisierte Designstudien auf z.B. Cluster-Systemen.

CAESES läuft auf Windows und Linux und ist als SaaS-Version erhältlich.

CAESES Funktionen

  • 2D-Zeichnung
  • Animation
  • Anmerkungen
  • Datenimport/-export
  • Für 3-D-Druck
  • Für Architekten
  • Für Fertigungsunternehmen
  • Komponentenbibliothek
  • Referenzmanagement
  • Simulation
  • Stückliste
  • Werkzeuge zur Zusammenarbeit
  • 2D-Zeichnung
  • 3D-Modellierung
  • Chemisch
  • Design-Analyse
  • Design-Export
  • Dokumentenmanagement
  • Elektrisch
  • Kollaboration
  • Mechanisch
  • Mechatronik
  • Präsentations-Tools
  • Zivil
Der Softwareanbieter hat diese Information nicht vervollständigt.
  • 3D-Modellierung
  • Agentenbasierte Modellierung
  • Bewegungs-Modellierung
  • Branchenspezifische Datenbank
  • Design-Analyse
  • Direkte Manipulation
  • Diskrete Event-Modellierung
  • Dynamische Modellierung
  • Grafische Modellierung
  • Kontinuierliche Modellierung
  • Monte-Carlo-Simulation
  • Präsentations-Tools
  • Stochastische Modellierung
  • Turbulenzmodellierung

Die hilfreichsten Reviews für CAESES

The thinking designer's CAD system

Bewertet am 9.11.2018
Harry L.
Naval Architect
Maritime Wirtschaft, 13-50 Mitarbeiter
Verwendete die Software für: Mehr als 2 Jahre
Quelle des Nutzers 
3 / 5
4 / 5
Eigenschaften & Funktionalitäten
5 / 5
5 / 5
Wahrscheinlichkeit der Weiterempfehlung:
Unwahrscheinlich Äußerst wahrscheinlich

Kommentare: When we started using CAESES, we used it primarily to prepare hull geometries for CFD calculations in FINE/Marine. As we grew more experienced in its use, we found many more situations in which CAESES has really helped our design process. Its parametric nature led us to first develop several "families" of parametric hull forms, all defined using meta-surfaces. These can quickly be modified to different dimensions or specific requirements of different vessels, while retaining the same character. For concept design, this is incredibly powerful, and I have started using CAESES as the first tool I reach for after the first talks with a client. The resulting shape is then always CFD-ready, allowing us to integrate CFD very early in the design cycle. This is made even more convenient by the software connection to FINE/Marine, which essentially gives you CFD results of whatever hull form you have with the click of a button. Then, extending this to full parametric hull form optimizations requires almost no additional effort. In short, if you have the time and mindset to overcome the steep learning curve, CAESES is a very powerful tool for the naval architect. It is a CAD system in a very true sense of the word, being a tool not just for defining digital geometry, but for complete computer-aided design.

Vorteile: At its core, CAESES is a parametric CAD package. Any geometry made is tracked and can be manipulated in the model tree. Properties of all these objects can then either be linked to numerical parameters or other geometry objects. This results in a very stable definition of the geometry (provided you set it up correctly). I often find myself with only a third of a screen devoted to the geometry window itself: the rest is taken up by the model tree and the definition window. Furthermore, CAESES allows you to create scripts in which geometry can be defined or manipulated. This is prominently used for meta-surfaces, which have the user defining a cross-section in a script and drawing this curve over space curves or functions to create the surface. Combined with f-splines (fairness-optimized splines), this allows complex hull surfaces to be created very cleanly and with extremely smooth results. Imported geometry can be modified using free-form deformations. And, drastically modifying the shape can be done by changing the value of a single parameter. On top of this, CAESES can connect to external solvers, to process the geometry made or modified in the CAD functionality. An extensive optimization package aids in varying the identified parameters and coming up with an optimal design. Finally, the CAESES support team is very helpful, knowledgeable, and quick to respond if you run into something you can't fix or need assistance with.

Nachteile: As a CAD package, CAESES is not the easiest to learn. It requires you to think about every piece of geometry you create, and thus "quickly" creating a shape in CAESES is not what it excels at. Building up a good hull model for a ship from scratch takes time and some careful thought. Therefore, it will not necessarily be suited for everyone, especially if you prefer a more sketch-wise or ad hoc approach to making geometry. The geometry itself can be slow to respond to changes, and thus making changes to a more complex model requires a certain amount of patience. Also, it can be easy to "break" the geometry if you change parameter values to something unrealistic. The precise definition of the geometry, a blessing in some situations, can also be a curse in others: for CAESES to accept a shape (particularly solid shapes) as valid, the definition has to be near-perfect. This can be frustrating when trying to close a hull shape for use in for instance CFD codes.

Parametric design as it should be

Bewertet am 21.9.2018
Bodo H.
Yacht Designer
Schiffbau, Selbstständig
Verwendete die Software für: Mehr als 2 Jahre
Quelle des Nutzers 
4 / 5
5 / 5
Eigenschaften & Funktionalitäten
5 / 5
Wahrscheinlichkeit der Weiterempfehlung:
Unwahrscheinlich Äußerst wahrscheinlich

Kommentare: I am using CAESES for ship hull optimization for 8 years now and I never regretted my decision. I analyzed over 4500 variants of a fully parametric hull model using two different CFD packages. The parameter variations, CFD model creation and simulation were fully automated.

Vorteile: CAESES offers a perfect mix of GUI based model development and full control over each parameter of the model. It offers very powerful objects such as meta surfaces that allow to define very sophisticated shapes in 3D based on parameters and parameter curves defined by the user. My personal favourite is writing programs within CAESES using "features". The programming language is easy to learn and allows to access all methods and parameters of the object-oriented CAESES model. CAESES creates 100% water tight models that can be readily used in CFD packages without the need for time consuming repairs. This is essential for applying the automatic optimization strategies supplied with CAESES. Many CFD packages can be easily integrated. Chances are high that you can continue to use your personal favourite CFD package. The support in the forum never leaves any questions open, because the developers of the software are active members of the forum themselves. The software is under active development and now covers diverse application areas such as ship hull optimization, propeller optimization and turbo machinery. However, CAESES isn't limited to such applications - you can create any kind of model you need.
CAESES runs under Windows and Linux.

Nachteile: Don't expect a full-fledged volumetric CAD software - that's not the aim of CAESES. Most of the time you are dealing with surface models that are connected into water tight 3D objects for simulation. However, the 3D operations using breps and solids have imroved a lot over the years, such that it is possible to perform 3D boolean operations, for example.

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