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| See MathCad file online | Description | Download *.mcd file for Mathcad 2000 |
| Compessible Air Flow | This is a attempt to develop equations for air-distribution systems and overfall of pressure on elementary part of pneumoline. | Article mcd file |
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Normally Closed Valve
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This paper presents an experimental approach to investigate the influence of Normally Closed Valve's parameters on the time response in abrasive waterjet cutting. Closure speed function of actual pressure and orifice size were used. Comparison of two different polynomial models such as linear and mixed for NCV were made. | Article mcd file |
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Double Action Hydraulic Intensifier
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This paper represents a theoretical investigation of the mathematical model for the determination of several different parameters of the DAHI (Double Action Hydraulic Intensifier used to develop this ultra high pressure), including some parameters of the water stream and the cutting or drilling material. The semi-empirical equation for the definition of the total cycle time based on the superseding and switch time was obtained. | Article mcd file |
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ABRASIVE WATER JET: Physics and Parameters calculations. |
AwjEfficiency.mcd AwjMaterialRemoval.mcd FlowEnergyTransform.mcd FlowTubeOrificeEnd.mcd FlowThroughOrifice.mcd OrificeLock.mcd ReactForceWaterJet.mcd SimpleFlowComp.mcd WaterMechProp.mcd WaterCompressed.mcd |
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WATER JET PUMP: Double Action Hydraulic Intensifier (DAHI) Parameters calculations. |
Intens_sped.mcd CalcDAHI.mcd IntensStroke.mcd HighPressureAttenuatorCalcul.mcd CrackHydraulicAttenuator.mcd HighPressureAttenuator.mcd HiPrAttnReliabilityAnalysis.mcd HighPressureSealTest.mcd SealWedgeAnalysis.mcd Plunger.mcd |
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SPINNING VALVE: PRESSURIZED DISTRIBUTOR Theory and Parameters calculations. |
SpinningValveModel1.mcd SpinningValveModelResponse.mcd PressurizedDistributor.mcd PressurizedDistributor2.mcd PowerPressurizedDistributor.mcd VibrationDrivenDistributor.mcd MOOGvalveDDV56.mcd |
1. Dynamic responce from DPZTFFC device 2. Dynamic response from DPZTFFC device by Navier-Stokes equation. Exact solution. 3. Direct PZT Fluid Flow Control Feasibility |
DIRECT PZT FLUID FLOW CONTROL (Patent US 6,109,566 (R-4239)): Theory and Parameters calculations. 1.This was an attempt to evaluate a dynamic responce from the DPZTFFC device by using Bernoulli equation. 2.This was an attempt to evaluate a dynamic response from the DPZTFFC device by using Navier-Stokes equation. 3.This was an attempt to evaluate possibility for Direct PZT Fluid Flow Control Device usage. |
StokesSecondProblem.mcd DPZTresponse.mcd DPZTresponse2.mcd DPZTfeasibility.mcd 1. Mathcad file 2. Mathcad file 3. Mathcad file |
| Dependence between speed of sound and flexibilities of the wall of the piping. | This is a calculation report of dependence between speed of sound and flexibilities of the wall of the piping. | Mathcad file |
| Analysis of Acoustic Model | This is an Analysis of Acoustic Model. | Mathcad file |
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There's no links Download only |
OTHERS: Mechatronic, Mechanica, Control, Interpolation. |
SimpleVibration.mcd MotionSimulation.mcd 15-5steel.mcd DesignOfExperiment.mcd DesignOfExperimentLinear.mcd CompareSmooth.mcd |
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Phased Array Antena and Yagi Antenna Design |
This is a simulation of the behaviour of a linear phased array antena. An implementation of the formula given in "An Introduction to Radar Systems",M.Skolnik and equations for Yagi antenna design. |
mcd file L-C pass Filter mcd file PDM_DAC mcd file YagiAntenna mcd file |
| Heat Flow on a square plate | Heat Flow on a square plate | mcd file |
| Smoothed Data | Smoothed Data For Combustion Pressure |
mcd file |
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ARTICULATION STUDY. BSCI. 2005 |
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| MathCad | MathcadProfessional is the industry-standard calculation software package for technical professionals | Mathcad download procedure |
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