News & Blogs

This blog is Part 4 of a blog series that demonstrates how the Modelon Hydraulics Library can be used for the model-based development of an Aircraft Hydraulic Actuation System.

Electric machines and batteries can potentially boost power to gas turbine engines to improve fuel efficiency. Learn how such a concept is tested and validated using system simulation technology.

What is driving the need for aircraft electrification? Aerospace companies are currently faced with the challenge of designing aircraft to meet performance and efficiency needs.

This blog is Part 3 of a blog series that demonstrates how the Modelon Hydraulics Library can be used for the model-based development of an Aircraft Hydraulic Actuation System.

This blog is Part 2 of a blog series that will demonstrate how the Modelon Hydraulics Library is well suited to the model-based development of an Aircraft Hydraulic Actuation System (AHAS).

Part 1 of Modelon’s newest blog series, explains how to use Modelon’s Hydraulics Library for modeling full aircraft actuation systems and subsystems. In this first blog post, learn the basics of creating an actuation system architecture.

Modelon’s Hydraulics Library is a comprehensive and versatile library that allows engineers to easily model both EHA and SHA by maintaining reusable and scalable components. Additionally, Modelon’s Hydraulics Library returns reliable simulation results so designers can gain maximum understanding about their system’s performance. In this blog, we’ll show just how easy it is to model both SHA and EHA architectures using the Modelon Hydraulics Library.

Watch 7 minute example on the water hammer effect! For those of you new to the Hydraulics Library, we thought of giving you a brief feeling for its usage.

Industrial equipment and control engineering are key enablers for nearly […]