What will you in the Fundamentals of Fluid Power Course
Understand the fundamental principles of fluid power systems.
Analyze hydraulic and pneumatic components and circuits.
Design and simulate fluid power systems using industry-standard tools.
Evaluate system efficiency and performance.
Gain proficiency in using simulation software for system analysis.
Program Overview
Module 1: Fundamentals of Fluid Power
Duration: ~3 hours
Introduction to hydraulics and pneumatics.
Fundamental concepts of fluid power through cylinder operations.
Discussion on fluid power variables, units, and efficiency.
Module 2: Components and Concepts: Part 1
Duration: ~3 hours
Understanding circuit diagrams and fluid flow through conduits.
Study of fluid viscosity and pressure drops in pipes and fittings.
Module 3: Components and Concepts: Part 2
Duration: ~4 hours
Exploration of valves and pumps in hydraulic circuits.
Analysis of pressure-flow relationships and hydraulic power supply systems.
Module 4: Predicting Performance Through Simulation
Duration: ~1 hour
Introduction to Simscape Fluids simulation software.
Practical application of computer-based object-oriented simulation.
Module 5: Fluid Properties
Duration: ~2 hours
Examination of hydraulic fluids and their properties.
Understanding the impact of fluid behavior on circuit operation.
Module 6: Advanced Applications
Duration: ~3 hours
Study of servo systems and hybrid vehicles.
Integration of advanced components into fluid power systems.
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Job Outlook
Mechanical Engineers: Enhance skills in designing and analyzing fluid power systems.
Maintenance Technicians: Improve troubleshooting capabilities for hydraulic and pneumatic systems.
Automation Engineers: Integrate fluid power components into automated processes.
Design Engineers: Develop efficient and reliable fluid power circuits for various applications.
Technical Educators: Provide comprehensive instruction on fluid power principles and applications.
Explore More Learning Paths
Build a solid foundation in fluid power systems and engineering principles with these carefully selected programs designed to help you understand fluid dynamics, control systems, and practical applications.
Related Courses
Applied Computational Fluid Dynamics Course – Learn computational methods to analyze fluid flow, pressure, and dynamics in engineering applications.
Related Reading
What Is Operations Management? – Explore how efficient management of engineering processes and systems, including fluid power, contributes to operational success.
Specification: Fundamentals of Fluid Power Course
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