Hydraulic System Design
Вставка
- Опубліковано 7 лип 2024
- At Fluid Mechanics one of our core skills is hydraulic system design, SimulationX is one of the main tools we use to design and simulate complex hydraulic systems. SimulationX is a modelling tool for modelling multiple physical domains including hydraulics, mechanics, electrical, electronic, magnetic, pneumatics and heat transfer. The video gives a step by step introduction in how to build a hydraulic model. The model created includes a hydraulic power pack, a cylinder and positional control.
SimulationX is a commercial modelling programme based on the Modelica modelling language. Modelica is an open source modelling language controlled by the Modelica association. There are other implementations of Modelica, some of these are commercial like simulation X and Dymola, but OpenModelica is an open source free implementation of Modelica.
www.fluidmechanics.co.uk/hydra... - Наука та технологія
Hi Mr Mike how are you? I want to thank you for your vedios it's a missing makes hydraulique systeme clear and easy to understand I hoop to give more and more thank you so much
Do you have any guidelines on heat dissipation calculations / techniques
Hey Mike, thank you for the video, it helped me!
Just one question: how can i put a force on the cylinder which changes with the Pistonmovement? like at the beginning its like 100 N, middle 20 N and at the end 60 N.
thank you sir
Hello, do you have a video tutorial on simulating a hydraulic system? Do you use AMESIM LMS software?
Very cool thank you
hi sir
i need to design a foam punching machine .. which is operated by hydraulic system...
can you give some information about that...like selection of type of pump,pressure(bar),valves etc...
Please explain about hydraulic motor speed calculation
Cool program, but It would be cool if it gave you little animations of the components when running the simulations.
How to set the limit switch for DAC. Do you have tutorial
Thank Sr. Excelent job. I used your work for my drilling design of hydraulic.
Can you refer me to your simulation program?
@@khanguyen-mv6sk I used Matlab/Simulink and Simscape. This article is basic abstract.
PROPOSAL OF A SIMULATOR FOR A PRESSURE REGULATING VALVE IN A BLOWOUT PREVENTER SYSTEM
Abstract: BLOWOUT PREVENTER (BOP) IS A FUNDAMENTAL BARRIER IN SAFETY DRILLING AND WELL COMPLETION OPERATIONS THAT REQUIRE AVAILABILITY AND RELIABILITY AS FACTORS THAT MUST BE EFFICIENTLY MANAGED. HOWEVER, STUDIES DEMONSTRATE THAT THE EQUIPMENT STILL PRESENTS A HIGH INDEX OF FAILURES AND UNAVAILABILITY TIME, WITH THE PRESSURE REGULATING VALVE BEING ONE OF THE MAIN COMPONENTS RESPONSIBLE FOR THIS PROBLEM. THEREFORE, THE OBJECTIVE of the research is to DEVELOP A MATHEMATICAL MODELING FOR THE CONSTRUCTION OF A SIMULATOR OF THE REGULATOR DYNAMICS, IN ORDER TO SUPPORT THE IMPLEMENTATION OF CONDITION-BASED MAINTENANCE STUDIES (CBM). SIX MAIN STEPS WERE ADOPTED WITH THE PURPOSE OF ACHIEVING THE PURPOSE OF THE WORK. ANALYSIS OF THE PHYSICS OF THE COMPONENT'S FUNCTIONING PHYSICS and the IDENTIFICATION OF OPERATIONAL PARAMETERS IN THE LITERATURE WERE NECESSARY, as well as the COMPUTATIONAL MODELING AND SIMULATION DEVELOPED IN THE SIMULINK/MATLAB SOFTWARE. THE RESULTS ACHIEVED IN THIS PROJECT STAGE WERE ADHERENT TO THE LITERATURE, REPRESENTED FOR THE PRESSURE LOAD CURVE PROFILES, SPEED AND DISPLACEMENT OF THE FLOW CONTROL MECHANISM. THE EVALUATIONS demonstrated POTENTIAL USE TO AID FUTURE FAULT SCENARIO ANALYSIS AND OBTAIN INFORMATION TO IMPLEMENT CBM IN HYDRAULIC COMPONENTS OF THE BOP ASSEMBLY.
Keywords: BLOWOUT PREVENTER (BOP); PRESSURE REGULATING VALVE; SIMULATION; CONDITION BASED MAINTENANCE (CBM); FAILURE ANALYSIS
Send me your email to send a complete article on other BOP components
Bonjour je suis débutant et je voulais simuler un cycle frigorifique avec comme frigorigène le r134a pouvais vous m'aider svp
Hi
How can i use this software,
i need it,
where to get?
what is fees?
fees yearly or lifetime?
i want to use on Macbook (version 10.15.4 (19E287) MAC OS Catalina
May you please do a simulation including a one power pack, one directional control valve, one double acting cylinder compressing a spring or simply a single acting cylinder and one accumulator as an emergency source? In fact , I wanted to know how pressure changes in my circuit when the accumulator is used to compress a spring as an emergency source and pump is off. My guess: My pump will charge accumulator to its maximum value set on the pressure relief valve. Then I turn pump off. Pressure in my system will simply be the set value on the PRV. Then I will actuate my directional control valve to make the double acting cylinder compress the sring or compress the single acting cylinder. I should expect the pressure of my system to instantly drop to a value ( which is based on the initial force to compress the spring) .....pressure will then start from this value and continue increasing according to the compression force of the spring!!! Am I right ??
Is Simulation X is the name of the software?
it should have a relief valve
sir, whats the full name of this software and how to get this? TX
What is the software name and
Hi sir please provide me with a software name so I can daunlod in my system
Software name ....please
Hi Sir, how to connect with you?
Why didn't you just use a relief valve at the start of the whole process? You could have moved your cylinder with less work. Does this program support different valves?
With the programme you can set up all types of valves. And you could test if a relief valve would be beneficial.
Mike Crowley great! Sounds like a very beneficial program. Thank you for sharing.
不会用啊 啊 啊