A Heat Transfer problem is described with equations and shows a Calculus-level language used for solving this two point boundary value problem (BVP). The equations being solved may be ordinary differential equations and/or partial differential equations of any order & degree. Equations maybe nonLinear, implicit, any order, any degree and/or constrained.
Automatic Differentiation (visit http://www.digitalCalculus.com/page/593538) coupled with Operator Overloading are the key ingredience for a Calculus-level programming language.
Our website introduces the Fortran Calculus language/compiler. The main point is simulating entire company processes, distribution systems, etc. with an eye on ones company goal. This is accomplished by nesting of simulation problems in one run.
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Publisher: |
Optimal Designs Enterprise |
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Product: |
Heat Transfer |
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Version: |
1.0 |
| License: | Freeware, $0 |
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File size: |
570 Kb (0.55 Mb)
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Screenshot: |
View screenshot
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| OS: |
Win95,Win98,WinME,WinNT 3.x,WinNT 4.x,Windows2000,WinXP,Windows2003,Windows CE |
| Keywords: |
Heat Transfer, Heat transfer, Boundary Value Problem, BVP, Math Modeling, Simulation, Optimization, Engineering, Teaching, Fortran Calculus Programming, Fortran Calculus Language, Fortran Calculus compiler |
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