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This work represents the design and performance optimization of pumping aggregate for hydraulic active car
suspension systems. For solving of this task is required wide scope of interdisciplinary knowledge. The software used in
this project was SolidWorks from Dassault Systemes. Using this tool is possible to analyse and optimize the flow of
hydraulic fluid throw the electromotor of pumping aggregate. This papers shows among other, how to set the input
parameters and constraints such as pressure and velocity, how to simulate a rotating flow of cooling fluid inside
intermediate regions between stator and rotor. For approving a required lifetime of pumping aggregate a fatigue analysis
was done and represented above. The verification of simulation model and mandatory validation of simulation results
are made. The conclusions at the end of this work have confirmed the usage of computational fluid dynamic – software
for future researches of pumping aggregates.
Cloud solutions in the business are nowadays becoming more
and more popular. Many companies decide to deploy their applications
in the cloud or migrate them from their non-cloud based solutions. It
allows them to focus on functionalities and turn over the work connected
with setting up and managing an infrastructure (with its issues such as
scalability or availability) to the cloud providers.
This paper provides an in-depth analysis of cloud solutions in aspects
of distributed business services. It is supported by a web application that
is responsible for testing the provided services to supports the analysis.
