Interactive Heat Transfer 4.0 Programs

понедельник 04 маяadmin
Interactive Heat Transfer 4.0 Programs Average ratng: 8,4/10 3555 reviews
  • The 1D HeatTransfer software is used for to study one-dimensional heattransfer (steady and unsteady states). It can be used for the geometries: wall, Lx = width; long cylinder, Lx = length; sphere, Lx = R/3 and semi-infinite wall.

    • OneDHT_Install.zip
    • Wilton Pereira da Silva
    • Shareware ($45.00)
    • 1.1 Mb
    • Win95, Win98, WinME, WinNT 3.x, WinNT 4.x, WinXP, Windows2000, Windows CE
  • Solves HeatTransfer BVP, IVP, IP problems. Source code + Output files are included. Calculus (level) Programming makes solving partial differential equations, ordinary differential equations and algebraic equations simple. You state the equations.

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    • heat-transfer-install.exe
    • Optimal Designs Enterprise
    • Freeware (Free)
    • 1.7 Mb
    • Win95, Win98, WinME, WinNT 3.x, WinNT 4.x, Windows2000, WinXP, Windows2003, Windows CE, WinME, Windows Vista
  • Heattransfer simulation program for double skin facade structures. Program is written in ANSI c-language for Linux and Windows operating systems. The GUI uses PHP and Mysql-database.

    • Heat transfer in doublefacades
    • Tuomas Alinikula
    • Freeware (Free)
    • Windows
  • Heat duty calculator is a free software to help with computing the sensible heat duty and the latent heattransfer rate, the flow rate input can be specified by volume or mass and the heat duty (heattransfer rate) is calculated in different units.

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    • heatdutycalc.exe
    • WeBBusterZ EngineeringSoftware
    • Freeware (Free)
    • 902 Kb
    • WinXP, WinVista, WinVista x64, Win7 x32, Win7 x64, Windows Vista, Windows 8
  • T.H.O.R.I.U.M. which is actually short for Thermooptic radiation iteration universal module is a project that has been developed to be an Open Source, precise, fast and easy-to-use, software used for radiation heattransfer analysis. Now you can. ..

    • THORIUM_2011_11_03.zip
    • Alexander Shaenko
    • Freeware (Free)
    • Windows All
  • Thermo-Prop database for Windows can be said to be the outcome of extensive work carried out on the development of sound, accurate, experimentally and physically based models for materials properties of aluminium, copper and ferrous alloys.

    • thermoprop.zip
    • Institute of EngineeringThermophysics
    • Shareware ($290.00)
    • 1.91 Mb
    • Win95, Win98, WinME, WinNT 3.x, WinNT 4.x, Windows2000, WinXP, Windows2003
  • Freeware. Uconeer has 397 units in 46 categories. Covers all the basic categories but adds engineering specific categories like enthalpy, entropy, heat capacity, heattransfer coefficient, moment of inertia, stress, surface tension, thermal. ..

    • uconeer.zip
    • Katmar Software
    • Freeware (Free)
    • 507 Kb
    • Windows XP, 2000, 98, NT
  • Elmer is a finite element software for numerical solution of partial differential equations and multiphysical problems. It includes models of structural mechanics, fluid dynamics, heattransfer, electromagnetics etc. Elmer home is. ..

    • ElmerDocumentation.tar.gz
    • csc
    • Freeware (Free)
    • 8.29 Mb
    • N/A
  • This software can simulate heattransfer in solid heterogenous materia using cellular automata. There are two different simulation methods and several test model implemented at the moment. It is also possible to define boundary. ..

    • HeatSimulator
    • heatsimulator
    • Freeware (Free)
    • 44 Kb
    • N/A
  • Computational Fluid Dynamics (CFD) solver aimed to solve multi-physics problems on unstructured grids (inviscid Euler, Navier-Stokes flows, Heattransfer). F90 based. MPI, cgns, Metis libraries. ..

    • typhon-solver-0.5.0-sources.tar.gz
    • typhon
    • Freeware (Free)
    • 413 Kb
    • N/A
  • Telluride is a Los Alamos National Laboratory project for simulation of metal casting and welding - free-surface incompressible flow with heattransfer (conductive, convective, and radiative), phase change (melting and solidification), and other physics.

    • Telluride
    • John A. Turner
    • Freeware (Free)
    • Windows
  • DHex is a software tool that is made to demonstrate the chemical design calculations of Double pipe (hairpin) Heat Exchangers.The software will do all the thermal calculations involved in the design and will generate a summary of all results.etc. ..

    • dhexdemo.exe
    • WeBBusterZ EngineeringSoftware
    • Demo ($59.99)
    • 5.99 Mb
    • Win98, WinME, WinXP

Heat transfer software free download - Heat and Mass Transfer, Heat Duty Calculator, 4Media iPod to PC Transfer, and many more programs.


Related:Heat Transfer Interactive - Interactive Heat Transfer - Transfer Of Heat - Heat Transfer Printing - Engine Heat Transfer
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ME 259 - IHT: Interactive Heat Transfer Computer Exercises 1. Basic Equation Solving Suppose you wish to solve the following set of equations, where q 1, q 2, q 3, and T are unknowns: q 1 = 0.35(1000 - T) q 2 = 5.67  10 - 8 (T 4 - 300 4 ) q 3 = 1.4(T - 300) 4/3 q 1 = q 2 + q 3 Note that two equations are nonlinear and the system cannot be solved analytically. STEP 1 - Preprocessing Simply type the equations as given onto the IHT workspace as shown below. You may insert comments or headings by preceding text lines with a dou ble slash // or by bracketing long sections of text with /. // Nonlinear Equation System Example q1 = 0.35.(1000 - T) q2 = 5.67E - 08.(T^4 - 300^4) q3 = 1.4.(T - 300)^(4/3) q1 = q2 + q3 STEP 2 - Solving Click the Solve button to prepare the solver.

If your equations have syntax errors, an error warning will appear - click OK and usually the solver will highlight the word or equation that contains the error. If you do not supply enough equations for the number of unknowns, another error warning will appe ar - click OK and a summary of equations and unknowns will appear to help you determine what is missing. If there are no syntax or number of equations errors, an Initial Guesses table appears. Initial guesses are required for each unknown and the solver uses a value of 1 as a default guess. You may change these guesses, however, the default values are often satisfactory.

You may also insert Minimum and Maximum solution values if you know the range of possible solution values. For example, we know that tem perature in Kelvin can never be less than zero; so inserting a minimum value of 0 for a temperature unknown will accelerate convergence since the solver will then only search for positive values.

In this example, set the minimum value for T to 300 (why?). After initial guesses have been set, click OK and wait for the Data Browser table to appear. (Note: if a previous dataset exists, the solver will ask you whether you want to save it or discard it.) If the message 'Equation set successfully solved' appears in the Data Browser, then the values for q1, q2, q3, and T represent a valid solution. In general, there may exist several valid solution sets for a system of nonlinear equations. The particular solution found by the solver depends upon the initial guesse s and the search algorithm. In this example, only one valid solution set exists since the equations are based upon a physical problem: T 322.1 q1 237.3 q2 150.7 q3 86.59 STEP 3 - Postprocessing Once a valid solution has been found, you may want to copy it to the clipboard for pasting. Highlight the solution by clicking the upper left rectangle in the table and then click Copy.

Options are available for transposing rows/columns and including variable names. It is suggested that you paste your solution to the bottom of your equation worksheet before printing a hardcopy. This is done by locating the cursor at the bottom and then clicking Paste from the Edit menu. Also, be sure to type in appropriate units next to each solution value.

You can now print your entire problem by clicking Print from the File menu. If you wish to have greater control of how your page looks in terms of font style/size, organization, bold/italic/underline, etc., copy and paste your entire worksheet to Notepad or Microsoft Word. Perf orming parametric studies and plotting results are possible using the Explore and Graph functions. These features will be used in the next example.

Solving a Heat Transfer Problem: Insulated Steam Pipe Undergoing Convection and Radiation The following worksheet example shows how to set up a typical heat transfer problem. Note that through the use of commenting, the problem can be presented in a structured format where the given information and knowns are segregated from the equations and unknowns. The solver recognizes any variable that is set to a numerical value as a known. You may use any alphanumeric name for a variable, however, please try to be conventional.

There are the usual intrinsic functions such as pi, sqrt, exp, ln, sin, cos, tan, etc. Ref er to the Help Index for a complete listing of the intrinsic functions. Also, IHT does not keep track of dimensional units – you must make sure that consistent units are used.