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python-fluids-doc_1.0.22-2_all.deb
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مشاهده بیشتر
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مشتریان به طور فزاینده ای آنلاین هستند. تبلیغات می تواند به آنها کمک کند تا کسب و کار شما را پیدا کنند.
مشاهده بیشتر
تبلیغات ما
مشتریان به طور فزاینده ای آنلاین هستند. تبلیغات می تواند به آنها کمک کند تا کسب و کار شما را پیدا کنند.
مشاهده بیشترتوضیحات
Python fluid dynamics and engineering design library documentation
| ویژگی | مقدار |
|---|---|
| سیستم عامل | Linux |
| توزیع | Debian Bookworm-12 |
| مخزن | Debian main all |
| نام بسته | python-fluids-doc |
| نام فایل بسته | python-fluids-doc_1.0.22-2_all.deb |
| نسخه بسته | 1.0.22 |
| انتشار بسته | 2 |
| معماری بسته | all |
| نگهدارنده | Debian Science Maintainers <debian-science-maintainers@lists.alioth.debian.org> |
| تاریخ ساخت | - |
| هاست سازنده | - |
| نوع بسته | .deb |
| آدرس صفحه اصلی | https://github.com/CalebBell/fluids |
| مجوز | - |
| حجم دانلود | 3576104 |
| حجم نصب | 16544 |
Fluids is open-source software for engineers and technicians working in
the fields of chemical, mechanical, or civil engineering. It includes
modules for piping, fittings, pumps, tanks, compressible flow,
open-channel flow, and more.
.
The fluids library depends on the SciPy library to provide numerical
constants, interpolation, integration, and numerical solving functionality.
.
This package contains the documentation for fluids.
نیازمندی
| مقدار | نام |
|---|---|
| - | libjs-mathjax |
| - | libjs-requirejs |
| >= 4.3 | libjs-sphinxdoc |
نحوه نصب
نصب پکیج deb python-fluids-doc:
sudo apt-get install python-fluids-doc_1.0.22-2_all.deb
فایل ها
| مسیرها |
|---|
| ./usr/share/doc/python-fluids-doc/changelog.Debian.gz |
| ./usr/share/doc/python-fluids-doc/changelog.gz |
| ./usr/share/doc/python-fluids-doc/copyright |
| ./usr/share/doc/python-fluids-doc/html/Data/Friction.html |
| ./usr/share/doc/python-fluids-doc/html/Data/Friction.ipynb.gz |
| ./usr/share/doc/python-fluids-doc/html/Data/Pipe Schedules.html |
| ./usr/share/doc/python-fluids-doc/html/Data/Pipe Schedules.ipynb.gz |
| ./usr/share/doc/python-fluids-doc/html/Data/Sieve Sizes for Particle Size Distributions.html |
| ./usr/share/doc/python-fluids-doc/html/Data/Sieve Sizes for Particle Size Distributions.ipynb.gz |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.1 Smooth Pipe (Plastic).html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.1 Smooth Pipe (Plastic).ipynb |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.10 Piping Systems - Steam.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.10 Piping Systems - Steam.ipynb.gz |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.11 Flat heating Coils - Water.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.11 Flat heating Coils - Water.ipynb |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.12 Orifice Size for Given Pressure Drop and Velocity.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.12 Orifice Size for Given Pressure Drop and Velocity.ipynb.gz |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.13 Flow given in English Units - Oil.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.13 Flow given in English Units - Oil.ipynb |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.14 Bernoulli's Theorem-Water.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.14 Bernoulli's Theorem-Water.ipynb.gz |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.15 Power Required for Pumping.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.15 Power Required for Pumping.ipynb |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.16 Air Lines.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.16 Air Lines.ipynb.gz |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.17 Sizing of Pump for Oil Pipelines.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.17 Sizing of Pump for Oil Pipelines.ipynb |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.18 Gas.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.18 Gas.ipynb.gz |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.19 Water.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.19 Water.ipynb |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.2 L, L over D and K from Kv for Conventional Type Valves.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.2 L, L over D and K from Kv for Conventional Type Valves.ipynb |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.20 Steam at Sonic Velocity.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.20 Steam at Sonic Velocity.ipynb |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.21 Gases at Sonic Velocity.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.21 Gases at Sonic Velocity.ipynb |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.22 Compressible Fluids at Subsonic Velocity.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.22 Compressible Fluids at Subsonic Velocity.ipynb.gz |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.23 Flow Through Orifice Meters.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.23 Flow Through Orifice Meters.ipynb |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.24 Laminar Flow.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.24 Laminar Flow.ipynb.gz |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.25 Rectangular Duct - Application of Hydraulic Radius to Flow Problems.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.25 Rectangular Duct - Application of Hydraulic Radius to Flow Problems.ipynb.gz |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.26 Pipe Partially Filled with Flowing Water.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.26 Pipe Partially Filled with Flowing Water.ipynb |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.27 Sizing Control Valves for Liquid Service.html |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.27 Sizing Control Valves for Liquid Service.ipynb |
| ./usr/share/doc/python-fluids-doc/html/Examples/Crane TP 410 Solved Problems/7.28 Checking for Choked Flow Conditions in a Control Valve.html |
| ... and 267 more |