uncleflo
Registered since September 28th, 2017
Has a total of 4246 bookmarks.
Showing top Tags within 6 bookmarks
howto information development guide reference administration design website software solution service product online business uk tool company linux code server system application web list video marine create data experience description tutorial explanation technology build blog article learn world project boat download windows security lookup free performance javascript technical network control beautiful support london tools course file research purchase library programming image youtube example php construction html opensource quality install community computer profile feature power browser music platform mobile work user process database share manage hardware professional buy industry internet dance advice installation developer 3d material search access customer travel camera test standard review documentation css money engineering develop webdesign engine device photography digital api speed source management program phone discussion question event client story simple water marketing app content yacht setup package fast idea interface account communication cheap compare script study market live easy google resource operation startup monitor training
Tag selected: differential.
Looking up differential tag. Showing 6 results. Clear
Arvel Gentry | North Sails
Saved by uncleflo on April 10th, 2021.
In the first edition of the Art and Science of Sails, written by Tom Whidden, president of North Sails Group, LLC, and Michael Levitt, and published by St. Martin’s Press, the authors used Arvel Gentry’s now famous Bathtub Experiment to demonstrate the existence of Circulation, or a second force, that operates around an airfoil, like a sail, wing, or keel etc. Big picture: it’s the combined effort of these two forces that makes the wind speed up on the leeward side — and thus show low pressure — and slow down on the windward side of a sail — high pressure. Gentry was the Boeing engineer who first taught sailors aerodynamics. These diagrams first appeared in Gentry’s Sail magazine articles. In the Revised Edition, the authors used computer testing to show where the wind speeds up around a sail plan and where it slows down. And why and by how much? Nevertheless, Gentry’s experiment is the standard — still popular on the web — and it was left it out of the Revised Edition with trepidation, but we linked in the book to this web page.
airfoil sailboat aerodynamics leeward airflow sail keel foil circulation rudder lift differential flow experiment mathematical linear velocity wind separation solution perspective speed effort force physics sailing explanation science
The 4 Maxwell's Equations (+ Divergence & Stokes Theorem) - YouTube
Saved by uncleflo on April 10th, 2021.
Here you will learn everything about the Maxwell’s equations just within 40 minutes - explained for BEGINNERS! First, you'll learn what the Maxwell equations are all about (applications). Then the electric and magnetic fields - that are found in the Maxwell’s equations - are explained. To fully understand the Maxwell’s equations, you will then learn the divergence integral theorem and the curl integral theorem. These two mathematical theorems combine the line integral, the surface integral, and the volume integral (including rotation and divergence of a vector field). With the acquired knowledge you will easily understand all four Maxwell equations (in vacuum). In addition to the so-called differential form, the integral form of the Maxwell’s equations is explained.
learn video maxwell explanation application equation theorem integral vector differential form cover mathematical university
Torsen differential, how does it work
Saved by uncleflo on November 28th, 2018.
Torsen is a trade mark of the JTEKT Corporation. The Torsen differential has many patented components and, is the most unique and ingenious method of providing differential action while overcoming the traction difference problem. This article gives a logical introduction to the working of Torsen differential. If you are familiar with the other common technologies used to overcome the traction difference problem, you might have noticed a great advantage of the Torsen. While the other technologies allow the drive wheel to slip for a limited amount of time before it gets locked, in Torsen the locking action is instantaneous. That means as soon as the vehicle encounters a traction difference track the wheels will get locked. They are also compact compared to their counter parts.
tension wheel differential drive lock patent component unique method traction problem introduction technology advantage technique action instant vehicle track compact part power control
The FEniCS computing platform
Saved by uncleflo on October 26th, 2018.
FEniCS is a popular open-source (LGPLv3) computing platform for solving partial differential equations (PDEs). FEniCS enables users to quickly translate scientific models into efficient finite element code. With the high-level Python and C++ interfaces to FEniCS, it is easy to get started, but FEniCS offers also powerful capabilities for more experienced programmers. FEniCS runs on a multitude of platforms ranging from laptops to high-performance clusters.
popular opensource open compute platform solve differential equation translate scientific model science element code interface powerful capability experience program laptop performance cluster project development server administration
PHP Fine Diff
Saved by uncleflo on December 28th, 2017.
This page demonstrate the FineDiff class (as in “fine granularity diff”) I wrote – starting from scratch – to generate a lossless (won't eat your line breaks), compact opcodes string listing the sequence of atomic actions (copy/delete/insert) necessary to transform one string into another (thereafter referred as the “From” and “To” string). The “To” string can be rebuilt by running the opcodes string on the “From” string. The FineDiff class allows to specify the granularity, and up to character-level granularity is possible, in order to generate the smallest diff possible (at the potential cost of increased CPU cycles.)
php fine differential text operation workflow code development collaberate operational collaboration granular paragraph sentence generate refer build insert start lossless atomic action transformation compact scratch develop implement project demonstration demo howto setup diff
How To Set Red hat / CentOS Linux Remote Backup / Snapshot Server
Saved by uncleflo on July 4th, 2013.
I've HP RAID 6 server running RHEL 5.x. I'd like to act this box as a backup server for my other Red Hat DNS and Web server. The server must keep backup in hourly, daily and monthly format. How do I configure my Red Hat / CentOS Linux server as remote backup or snapshot server? Answer: rsnapshot is easy, reliable and disaster recovery backup solution. It is a remote backup program that uses rsync to take backup snapshots of filesystems. It uses hard links to save space on disk and offers following features:
answer solution backup snapshot server linux remote differential bandwidth database full restore automatic setup adminstrate service tool clone centos filesystem disk space
No further bookmarks found.