Microsoft Dynamics AX 2012 ® Implementing InventTrans Refactoring for Microsoft Dynamics AX 2012 Applications White Paper This document discusses the refactoring of the InventTrans table and common design patterns. It also discusses how to implement these changes when developing new features or updating existing features. http://microsoft.com/dynamics/ax Date: January‚ 2011 Author: Kim Moerup‚ Senior Developer‚ Inventory Management Send suggestions and comments about this document to adocs@microsoft
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COMPUTATIONAL FLUID DYNAMICS (MKM411) Dr. M. Sharifpur mohsen.sharifpur@up.ac.za April 2nd Department of Mechanical and Aeronautical Engineering University of Pretoria 2013 Test 1 Perusal Friday April 5th 12:00 to 14:00 CFD Training Courses The schedule is already posted on clickUP (find your group in the clickUP) ANSYS-FLUENT (Group1) FLoEFD ANSYS-FLUENT (Group2) STAR CCM+ (Group 1) STAR CCM+ (Group 2) April 3rd 9:00-17:00 April 10th 9:00-17:00 April 11th 8:00-10:15 and then 11:30
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Fundamentals of Computational Fluid Dynamics and Heat Transfer* MARK SCHUMACK University of Detroit Mercy‚ Mechanical Engineering Department‚ P.O. Box 19900‚ Detroit‚ MI 48219‚ USA. E-mail: schumamr@udmercy.edu This paper describes how the Solver tool in Microsoft Excel can be used to solve nonlinear systems of equations resulting from finite difference discretization of the governing equations for fluid dynamics and heat transfer. Students learning computational fluid dynamics and heat transfer for the
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Thermal & Fluid Sciences. Though Mechanical Engineering was an easy choice for me‚ I was still exploring various core concepts ranging from kinematics to material sciences in my first year of study. When I started watching videos such as a man walking on fluid (Shear Thickening Fluid)‚ fluid sticking to a surface (Coanda effect)‚ and cars being lifted by a small pressure from hand (Pascal’s law)‚ Thermodynamics captured my interest and attention. Subjects such as Heat Transfer‚ Gas Dynamics and Jet
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achieve similitude; 1. Geometric similarity – The model is the same shape as the application (they are usually scaled). 2. Kinematic similarity – Fluid flow of both the model and real application must undergo similar time rates of change motions. (Fluid streamlines are similar). 3. Dynamic similarity – Ratios of all forces acting on corresponding fluid particles and boundary surfaces in the two systems are constant. BEFORE THAT!! The application is analyzed in order to satisfy the conditions; 1
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a network administrator for a company‚ you want to configure an IP route between two routers. Of static and dynamic routing‚ which is more appropriate? Explain your answer in 200 to 300 words. I think that the best routing choice for this would be a static IP; this is because for a company you may want to have the ability to check the log for problems. Using a dynamic IP would mean that the people that logged on to their device would be almost invisible because they could simply
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Using system dynamics in warehouse management: a fast-fashion case study Anna Corinna Cagliano‚ Alberto DeMarco and Carlo Rafele Warehouse management Abstract Purpose – The purpose of this paper is to present an analysis of how different sourcing policies and resource usage affect the operational performance dynamics of warehouse processes. Design/methodology/approach – The system dynamics (SD) methodology is used to model warehouse operations at the distribution centre of a leading fast-fashion
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successfully with an authentic research paper by Ghia‚ Ghia & Shin. Keywords: Navier stokes equations‚ Artificial Compressibility‚ FTCS scheme. Introduction The Navier-Stokes equations describe the motion of fluid substances and are used to solve wide range of problems in Fluid Dynamics. These equations include conservations of mass‚ momentum and energy. In this documentation we present the solution of 2-d navier stokes equations in a flow driven lid cavity used as a model for subsonic bombers
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have a specific gravity of 7.5. Due to entrap air bubbles the actual specific gravity was found to be 6.5. What percentage of the casting filled with air? (Neglect the mass of air in calculation). Q2 (a) Write down the relationship for the dynamic viscosity of fluid in terms of velocity gradient and the shear stress and name its terms with their SI units of measurement. (b) Fig Q2 below shows a rotating disc viscometer‚ in which a disc of radius R rotates at an angular speed of . The distances from
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velocity and pressure dynamics specified by Bernoulli’s Principle to keep their rare wheels on the ground‚ even while zooming off at high speed. It is successfully employed in mechanism like the carburetor and the atomizer. The study focuses on Bernoulli’s Theorem in Fluid Application. A fluid is any substance which when acted upon by a shear force‚ however small‚ cause a continuous or unlimited deformation‚ but at a rate proportional to the applied force. As a matter of fact‚ if a fluid is moving horizontally
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