Home Forums Hunting & Shooting Hunting Rifles Who is ruining Remington?

Alright, Jeffro...
I will let it slide(this time) if you send me some elk tenderloins!
Deal?

The tenderloins from my bull last year were hands-down the best game meat I've ever eaten. They were fork-cut tender. Yum. I still have the tenders from my cow from last year...

So no, no deal!

Ah hell!
I thought I had a good dinner coming up for sure!!
Rats...

I hate out gassing.

Most people who actually work with it realize that this compiler really has nothing to do with the code of the OS but instead is used as a compiler for .net framework and that any fortran compiler can be used just fine should you want to use it. Of course, what do I know I just do SOA stuff for a living, a fact that can actually be verified by a bunch of people here.

For the most part we're using mule and eclipse vice .net for our work.

Dude, now you are in MY field an I can tell you that you are full of crap. I have spent 14 years in the pharma industry working with various process development projects. One of the thing that I have extensive experience in is steam sterilizers, and can tell you that no freakin ChE has EVER designed any kind of pressure vessel on any of the hundreds of projects I have worked on. These are mulit million dollar projects and I can tell you that any kind of process machinery is designed by ME's and the ChE come up with the process. Also, Civil engineers design the infrastructure and the such, STRUCTURAL engineers(most of which have ME education) design the buildings and such.

bryguy,
+1

ChE's 'design' the reactions and specify any corrosion resistance properties that may be required, reactor size,agitation requirements, desired pressure parameters, temperature limits, etc. If I was buying a(new) pressurized heat jacketed reactor, I would give the vendor my desired specs. and they would either design and build the thing or recommend a suitable one that has already been built. I know I didn't take any classes in 'pressure vessel design' and I can tell you no such thing was offered within the ChE department although perhaps one was taught in the ME department.

Also, I believe that it is the American Society of Mechanical Engineers(ASME) that set safety/operating standards for pressure vessels in the USA, not the American Institute of Chemical Engineers(AICHE) which also points to ME's having more to do with pressure vessels than ChEs.

Yep, everything we deal with in either a steam sterilizer or any vessel that will see any level of pressure are built to ASME standards or the EU counter part.

bryguy,
Sounds like you have an interesting job, for sure.
Does your plant have a lot of stainless construction and Swagelok type tubing/fittings?
If so, I am envious!!

brguy, just accept the fact that you didn't go to as rigorous of an engineering school as I, and a lot of other engineers, did. All my ChemE friends took took a semester of Statics in the ME department, and a course on pressure vessels. As you say, most project engineers are going to spec the vessel and a fabricator is going to build it to ASME codes, but a good ChemE needs to know enough to not specify something that won't work.

Ingwe

Uhh, Lee-
taking one semester of statics doesn't qualify anyone to build the structure necessary to support a reactor, HX, evaporator, etc.
If you knew anything about engineering, you wouldn't post such horseshit.

How about listing where you went to "school." You have said NOTHING of any substance in this thread. You've been asked many questions but do not answer them. You just put folks down and counter acuse. Put up (that includes your SC 375H&H) or go away.

RH

+1

Ingwe

Allow him to introduce himself...

http://www.youtube.com/watch?v=hVaz8ZZxoxo&feature=related

Ingwe

Please tell what university it is that you got your degrees from? I'm absolutely dying to know!

Why would a ChE take statics from a ME department? Statics is a CE class. Start talking dynamics, then we'll be in ME world.

In my undergraduate education, mechanical and civil engineering students took two semesters of statics and structural engineering. Both department taught both classes. The first semester was theoretical: vectors, point loading, distributed loading, Mohr's circle, etc. The second semesters were real world problems slanted more towards the practice on that field: ME more towards machinery, weldments, composites, and CE more towards steel for buildings and bridges.