Installing Linux on an external HD

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Discussion Overview

The discussion revolves around the installation of Linux on an external hard drive, specifically for the purpose of using OpenFOAM in a CFD class. Participants share their experiences and recommendations regarding installation methods, software choices, and potential issues related to dual booting and bootloaders.

Discussion Character

  • Exploratory
  • Technical explanation
  • Debate/contested
  • Homework-related

Main Points Raised

  • One participant expresses concern about installing Linux on an external drive due to inexperience and the desire to avoid dual booting with Windows.
  • Another participant suggests that installation should be straightforward and recommends checking BIOS settings to boot from the external hard drive.
  • A different participant warns against installing Slax on a hard drive, citing developer recommendations and explaining that it is designed as a live system. They suggest using a full Linux distribution instead.
  • This participant also discusses the complexities of bootloaders and suggests using BIOS settings to manage boot options without interfering with Windows installations.
  • Another participant recommends a specific Linux distribution, CAE Linux, which comes pre-installed with OpenFOAM and other relevant software.

Areas of Agreement / Disagreement

Participants present a variety of viewpoints regarding the best approach to installing Linux on an external hard drive. There is no consensus on the ideal distribution or method, and some participants express differing opinions on the use of Slax versus full installations.

Contextual Notes

Some participants mention the need for proper file system support for Windows to recognize Linux installations, while others highlight the potential challenges with bootloaders and installation processes. There are also references to the limitations of live systems compared to full installations.

Who May Find This Useful

This discussion may be useful for individuals interested in installing Linux for computational fluid dynamics applications, particularly those who are new to Linux and seeking guidance on installation methods and software choices.

HuskyNamedNala
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Hey, I am taking a CFD class using OpenFOAM. The software in Linux based and I would like to install this OS on an old hard drive I pulled from a SONY VAIO. The problem is...I have never installed full Linux before (let alone on external media, but I have a ~2008 version of Slax on cd) and I don't want to do a dual boot and risk ruining my new Asus. Any help or tips aside from "use google"?
 
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It is not recommended to install Slax to hard drive and that is from the developers themselves. Slax was designed as a compressed, on-the-fly, LIVE system, so if one wants it on hard drive they recommend you just copy it as is and use their simple command to add it to your bootloader. It will still be compressed and fresh every boot unless you go through some steps to make it persistent. Many such environments, like Porteus which grew out of Slax, make this quite easy while retaining a boot option for "Always Fresh"

Still, as convenient as that may seem (and if the option to load to ram is used - FAST) nothing is truly free so there are hoops to jump through. In short it is just easier to use Live OpSys live, and install full systems to hard drive. There are some distros that combine (or try to combine) these elements in a "try before you commit" fashion, but the live side is rarely as full as dedicated Live systems and meant strictly as a limited demo.

I see now that this thread is a few months old so maybe you already know this and hopefully have found the right solution. If not, let me just recommend that you try a full system by one of "the biggies" - Centos, Debian (or the derived branch-off of Ubuntu), Arch, OpenSuse or Slackware. Since you are installing to a separate hard drive the only concern you will face is the bootloader and it is not as scary as many assume.

While Windows tends to "not play nice with others" Linux developers have come to accept that many if not most users will have Windows too so they have designed their bootloaders to add Windows to the boot options. There are ways to add Linux to the Windows bootloader but it does involve jumping through a few hoops so I recommend letting whatever distro you choose (especially if one of the biggies) to add Windows to it's bootloader because it's just easier to install and easier to fix should you break it somehow.

There is another way which is simply using your BIOS (or UEFI) to change boot order so each system will only run via the boot order option, each "thinking" it is on the 1st drive. One way to accomplish that is to disable the Windows drive for the time you install Linux so it isn't even present, and then upon completion, reconnect your Windows drive and use boot order to select which system you wish to boot. Then each installation can be automated and left to it's own since one does not "see" the other.

Upon booting, Windows will still not see Linux unless you install the proper file system support but Linux, having NTFS support, will see Windows but will not interfere on it's own. Linux, especially these days, plays nice with others.

Good Fortune and I hope this is still valuable to you.
 
I would recommend installing the http://caelinux.com/CMS/ distribution, it already comes with OpenFOAM and a bunch of other software for FEA,CFD, 3D modeling, etc.
 

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