Tell me about your backround in stress analysis and metallurgy .
But I am impressed by your skill at posting oversized obnoxious photos.
Tell me about your backround in stress analysis and metallurgy .
But I am impressed by your skill at posting oversized obnoxious photos.
Bend abit? Are you insane? It bends and stays bent..it completely disfigures.This whole bend thing is idiotic.
Ideally, it's indestructible...but nothing is.
It's made of aluminum. Other phones are made of plastic or glass.
So would you prefer your phone to bend a bit or snap right in half?
I took a hammer to my iPhone and the screen shattered. I can't believe it!
its more extensive than yours is.
Or, do you own multiple crucibles for casting, ..and own a spectrum analyzer for AL alloys?
(I do)
I know an obvious design flaw from 100 miles away, and this is it.
Nope. I have never sat down with a phone in my pocket and don't intend to start now. I'll be keeping my 6+.
If I try to bend my iPad Air, I can crack it. Based on that, I've concluded that you try to break something, you probably can. Therefore, I will not put my iPad Air in my pants (unless I'm home and lonely, but that's another issue).
Here's another "Law" for you:
If a material is so weak that disfigures and bends with regular daily pressure,either use some toughening coating around it,or use a different material to build a large phone with.
because people put their phones in their pockets.
This law was a law of logic by the way..
Is there not more substantial stories to relay?
well this one I can speak to, I bought a Pelican Voyager case
Frankly I don't care if the iPhone 6 plus is for a briefcase, purse, holstered or in a hard case
Dude,the problem is,apparently in case of iPhone 6 Plus,it can easily deform..now who cares how durable on paper it is,in real life it can't withstand normal usage stress..Ok, let's talk about the material used in iPhone: Anodized Aluminium.
Many metals are structurally weakened by the oxidation process, but not aluminum. Aluminum can actually be made stronger and more durable through a process called 'anodizing'. Anodizing involves placing a sheet of aluminum into a chemical acid bath, quite often acetone in laboratory experiments.
Anodized aluminum can be nearly as hard as diamond under the right anodizing process. Many modern buildings use anodized aluminum in places where the metal framework is exposed to the elements.
Because of its strength and durability, anodized aluminum is also used in a number of other applications. Many of the satellites circling the Earth are protected from space debris by layers of anodized aluminum. The automobile industry relies heavily on anodized aluminum for trims and protective housings for exposed parts. Furniture designers often use anodized aluminum as the framework for outdoor pieces as well as the base metal for lamps and other decorative items. Modern home appliances and computer systems may utilize anodized aluminum as protective housing.
Source:
http://www.wisegeek.org/what-is-anodized-aluminum.htm
http://www.anodizing.org/Anodizing/what_is_anodizing.html
http://www.matweb.com/reference/anodize.aspx
http://www.superiormetals.us/aluminum-anodizing-process.htm
Certainly not a weak material as you mentioned.
samsung and other brands CEO's must be banging their head on the wall right about now.
people line up for days to pay top dollar for phones that bend, scuff, comes in late with the technology and limits features for no other reason than to tighten the user's experience (and dependence) to the "ecosystem" which they claim is *good for you* whilst other manufacturers actually produce very good solid premium phones and struggle to sell them (eg. HTC).