The model of dynamics and control of modified optical scanning seeker in anti-aircraft rocket missile

Gapiński, Daniel; Koruba, Zbigniew; Krzysztofik, Izabela

doi:10.1016/j.ymssp.2013.11.016

Cited by 36 publications

(23 citation statements)

References 3 publications

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“…The measurement data was analysed using Matlab--Simulink package [30][31][32][33] of xPC Target software with a 16-bit AD/DA PCI-DAS 1602/16 card manufactured by Measurement Computing and fitted with 16 input slots and two output slots [34][35][36][37][38]. During the measurements, the voltage signal was introduced in a linear and incremental manner onto the solenoid of the proportional valve at 0 up to 10 V. By taking advantage of the calibration curve (Fig.…”

Section: Determining the Pressure Characteristic P=f(u)mentioning

confidence: 99%

Experimental research of flow servo-valve

Takosoglu

2017

EPJ Web Conf.

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Abstract. Positional control of pneumatic drives is particularly important in pneumatic systems. Some methods of positioning pneumatic cylinders for changeover and tracking control are known. Choking method is the most development-oriented and has the greatest potential. An optimal and effective method, particularly when applied to pneumatic drives, has been searched for a long time. Sophisticated control systems with algorithms utilizing artificial intelligence methods are designed therefor. In order to design the control algorithm, knowledge about real parameters of servo-valves used in control systems of electropneumatic servo-drives is required. The paper presents the experimental research of flow servo-valve.

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Section: Determining the Pressure Characteristic P=f(u)mentioning

confidence: 99%

Experimental research of flow servo-valve

Takosoglu

2017

EPJ Web Conf.

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“…3D modeling, the kinematic and dynamic analysis [3,9,10] were performed in SolidWorks software. Thanks to the 3D software, the mathematical model, the model of dynamics [2,4,5] are not necessary to solve the problem of moving parts of the valve terminal. Presented solid models (Fig 4) of the valve terminal are complete and contain all the necessary elements to perform the valve terminal.…”

Section: Fig 1 Diagram Of the Control System Of The Double Acting Pnementioning

confidence: 99%

Design of the Modular Pneumatic Valve Terminal

Takosoglu¹,

Łaski²,

Błasiak³

2015

TransVSBms

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The paper presents design of the modular pneumatic valve terminal, which was made on the basis of the patent application No A1 402905 "A valve for controlling fluid power drives, specially for pneumatic actuators, and the control system for fluid power drives valves". The authors describe a method of operation of the system with double-acting valve and 5/2 (five ways and two position) valve. Functions of the valve, and an example of application of the valve terminal in the production process were presented. 3D solid models of all the components of the valve were made. The paper presents a complete 3D model of the valve in various configurations. Using CAD-embedded SOLIDWORKS Flow Simulation computational fluid dynamics CFD analysis was also carried out of compressed air flow in the ways of the valve elements. AbstraktPříspěvek prezentuje návrh modulárního terminálu pneumatických ventilů, který byl proveden na základě patentové přihlášky č A1 402905 A ventilem je určen, pro řízení tekutinových elektrických pohonů, speciálně pro pneumatické pohony. Autoři popisují způsob provozu systému s dvojcestného ventilu a ventilu typu 5/2 (pět cest, a dvě polohy). Byly prezentovány funkce ventilu, a příklad použití terminálu ve výrobním procesu. Byly provedeny pevné 3D modely všech složek ventilu. Příspěvek prezentuje kompletní 3D model ventilu v různých konfiguracích. Pro výpočty a analýzu byl použit CAD-embedded SolidWorks Flow Systém, byla také provedena CFD analýza proudění stlačeného vzduchu v cestách ventilu.

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“…Pneumatically driven devices are used almost in every industry (medical, transport, aviation [1][2][3][4], automotive, light and heavy industries, mining, metallurgy, CNC [5][6][7][8][9], robotics [10][11][12][13][14][15][16]) as well as in our everyday lives [17][18][19][20]. In order to control pneumatic drives, mainly pneumatic directional valves are used [21,22], which can be: mechanically, manually, pneumatically and electro-magnetically operated.…”

Section: Introductionmentioning

confidence: 99%