Hydraulic System Modeling and Simulation Course
What you'll Learn | Who Should Attend | Course Text | Seminar Leader | Registration | Download the Seminar Flyer
In today’s competitive environment, computerized design is essential. To properly use the computer in the design process, software tools and methods must be available along with an adequate skill in their application. The virtual laboratory concept provides the foundation to effectively apply computerized methods.
This 1-day course is designed to provide the basic understanding of the computerized methods that are used in the virtual laboratory concept. Beginning with the fundamentals of fluid dynamics and the fluid and mechanical element models, this course goes on to cover solution methods and the effective use of digital computation and simulation. The extremely important model verification and test procedures are discussed as well as other valuable concepts.
Each Attendee Will . . .
Learn the latest comprehensive line modeling techniques
Learn solution methods for steady state and dynamic analysis
Learn the virtual laboratory approach to system modeling
Discover the use of static performance graphs to pictorially show the compatibility of system components
Be presented with an updated design theory for hydraulic systems
Attain a mathematical description of a physical system
Who Should Attend?
Design Engineers
Component Developers
System Designers
Application Engineers
Technical Specialists
Consultants
Technical Educators
Any technical person who wants to enhance their design skills
The Course Text
Hydraulic System Modeling and Simulation
Each participant will receive a promotional version of the book entitled Hydraulic System Modeling and Simulation written by Dr. E. C. Fitch and Dr. I. T. Hong. This is a substantial and comprehensive text that will be a treasured addition to your technical library. It is packed with equations, figures, and real-life examples.
The course materials are available for purchase for those who cannot attend the course on any of the scheduled dates. With the materials you will receive a coupon to attend a future course. Contact us and we will provide you with complete information.
The Course Leader
Dr. I. T. Hong joined the FPRC in 1979 and as Technical Director he managed contractual research projects. Since 1989, Dr. Hong has been President of BarDyne, Inc. He is the principal developer of the HyPneu software. Dr. Hong remains an Adjunct Professor at Oklahoma State University and is the author of over 50 papers. Dr. Hong has gained international status as an effective and active course leader and educator in the area of analytical design and computer-aided simulation.
Registration Information
The registration fee for the Hydraulic System Modeling and Simulation course is $595 per person or $545 per person for groups of three or more.
$25 Early Bird Discount
Available to registrations received two or more weeks prior to published course date and paid prior to the commencement of the course.Already have a copy of the course textbook?
If you bring your book to the seminar, you may deduct $250 from the price of the seminar.Are you a student or a professor at an academic institution?
If so, you are eligible for a 50% discount (no other discounts would apply)To register for a course, please complete the registration form (Adobe Acrobat Reader required) and return it by mail, fax, or email. We will happily accept a company check, purchase order, Visa, MasterCard, or American Express for the cost of the course. All checks and purchase orders must be received before the course.
If for some reason you cannot attend, you may cancel your registration at any time or you may send a substitute. If you cancel less than 7 days before the course, there will be a $50 cancellation fee. If you cancel more than 7 days before the course, your entire payment will be refunded, or your invoice canceled. In addition, if you cannot attend, you may request that your payment be applied to a future course—and if requested, the course material will be sent to you.
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