This training course, run in conjunction with the University of Bath, will cover the theory of hydraulics system modelling and simulation. Using a combination of theory sessions about hydraulic system components, workshop sessions to investigate the modelling of hydraulic systems and lab sessions to cover the real life performance of hydraulic components, the course will introduce engineers to hydraulic system modelling using an industry leading tool.
On completion, participants will be able to draw circuit diagrams, and design simple circuits for linear actuators and hydrostatic transmissions using LMS AMESim. They will also appreciate the characteristics of hydraulic fluids, the need for contamination control, and understand the functions of auxiliary devices such as accumulators and coolers. A number of tutorials and extensive laboratory work strengthen the material and show how the new theoretical knowledge can be applied in practice.
Who should attend ?
Professional engineers, graduates, technicians, managers and supervisory staff, particularly those new to the field of hydraulic fluid power systems wanting to understand how to create and validate numerical models of hydraulic systems. A basic mathematical knowledge will be helpful.
Course objectives
Upon completion, participants should be able to do the following :
- Understand the operation of a wide range of hydraulic components and circuits, and be aware of the underlying principles.
- Analyse hydraulic circuits from schematic drawings and draw diagrams using standard ISO notation.
- Create and analyse numerical simulations of hydraulic systems.
- Design and analyse simple linear actuator and hydrostatic transmission circuits.
- Select hydraulic fluids based on their classifications and properties.
- Have knowledge of the construction, operation principles, and uses of auxiliary equipment, such as filters, oil coolers, and accumulators.
Agenda
Day 1: Introduction to Hydraulic System Modelling
9:00 Registration
9:30 Theory sessions covering
- Hydraulic Actuators
- Hydraulic Valves
- Hydraulic Fluids
11:30 Introduction to AMESim,Part 1
12:30 Lunch
13:30 Theory sessions covering
- Pumps and Motors
- Accumulators
15:30 Introduction to AMESim, Part 2
- Build wave power Power Take Off with accumulator
17:00 End day 1
Day 2: Dynamic Effects in Hydraulic Systems
9:30 Theory sessions covering
- Valve Dynamics
- Actuator Dynamics
11:30 Lab session on Valve/Actuator Dynamics
12:30 Lunch
13:30 Pipes and Hoses
15:30 Simulation of Real Hydraulic System in AMESim
17:00 End day 2
Day 3: Custom Component Modelling and Advanced Simulation Topics
9:30 Theory sessions covering
11:30 Lab session on Pump Characteristics
12:30 Lunch
13:30 Simulation Exercise with AMESim
15:30 Frequency Domain / Linearisation Analysis Exercise with AMESim
17:00 End of training course
