Propulsion Design Software
In the rocket and space industries, customers are looking for better software to design their engines. This includes the design of turbomachinery, engine components, and propulsion system configurations. Proper analysis of these components and systems helps avoid problems during operation and reduce delays in the delivery of the system. For a system to be robust and functional, it needs professional software.
Propulsion design software enables engineers to efficiently design and analyze their vessels. It combines theory with reality and helps engineers create an optimally functioning vessel. Using ShaftDesigner, engineers can accurately determine the axial and bending vibrations of a vessel’s propulsion train. The system automatically updates its model when new measurements are entered. These results are used to make the necessary adjustments to the model and to perform shaft alignment calculations.
There are several propulsion design software applications available for the aerospace and rocket industries. Among them, NPSS (Numerical Propulsion System Simulation) is a sophisticated modeling environment that can be used to model turbomachinery and other systems. The NPSS library contains NIST-compliant gas property packages, a powerful solver, and user-definable elements. Traditionally, NPSS has modeled turbomachinery, but with the next release, NPSS will also include the ability to model electric systems.
ShaftDesigner is another software application that helps engineers to accurately and safely design, test, and maintain propulsion train shafts. The software is developed in collaboration with leading OEMs and classification societies. ShaftDesigner supports a wide range of industries, including marine, aviation, and railroad. With its versatile, flexible design, this software makes it easier to conduct all aspects of shaft engineering.
ShaftDesigner is especially useful during the engineering, design, and maintenance phases of a project. Specifically, the software can provide data on a variety of shaft alignment techniques, such as direct calculation, geometric alignment, and strain gauge alignment. This helps to ensure that the shaft lines are installed correctly and optimize bearing load.
Simcenter is a comprehensive tool that can help designers to develop a complete internal combustion engine, or evaluate different engine architectures. It helps to evaluate the effects of various propulsion system metrics on fuel consumption, thrust, and other mission-relevant performance parameters. Users can also use the solution to evaluate the performance of multiple engines, and to assess the impact of ambient conditions on thrust.
RPA (Research Propulsion Application) provides custom solutions to a wide variety of customers. They include growing companies, national aerospace agencies, and technical universities. Currently, RPA provides combustion, airbag inflator, and micro gas generator design solutions. Earlier, RPA provided custom propulsion design solutions to the automotive industry.
Using the IDE, users can explore NPSS models. The IDE can automatically update the NPSS model with changes made to the base model. Moreover, the IDE can also provide a graphical interface for a number of different NPSS applications. This allows for easy interrogation of NPSS models and the maintenance of the NPSS functionality.
NavCad is a marine software program that has been used by professionals for decades. Built around three calculation routines, the software is designed to analyze the different systems of an engine. Since its debut in 1984, NavCad has been used by a wide range of marine professionals.https://www.youtube.com/embed/iRuG_Zbz2Ig