![]() All other trademarks are the property of their respective owners. EVE Online and the EVE logo are the registered trademarks of CCP hf. All artwork, screenshots, characters, vehicles, storylines, world facts or other recognizable features of the intellectual property relating to these trademarks are likewise the intellectual property of CCP hf. bitcoin: 1CHRiBBArqpw5Yz7x5KS2RRtN5ubEn5gFĬOPYRIGHT NOTICE EVE Online, the EVE logo, EVE and all associated logos and designs are the intellectual property of CCP hf. It's just mine covers all ore, not just the 0.0 ore, as per the OP's request.įirst page | Previous page | Next page | Last pageĬopyright © 2006-2023, Chribba - OMG Labs. After all, I've already implemented an ore compression calculator. Steve Ronuken Fuzzwork Enterprises Vote Steve Ronuken for CSM 6499 You want a more easy calculatable ore compressrate, like ice have, right? I think, that i get now, what you are talking about. you'd want that to be the volume of the compressed ore. tbh, it's a bad example though, because they have it as continous (you'd want integer) and the objective coefficient is 1. Its solved to provide the lowest cost, which provides those nutrients. You have requirements for those nutrients. You have a list of foods which provide various nutrients in various amounts, for a price. It was someone trying to work out the cheapest diet, which had certain nutrient requirements. What exactly is the diet problem here? The Stigler diet problem. follow it, but fill in ore details instead of food details. Zimin von Reizgenschwendt 285įind a tutorial about the diet problem, in your chosen spreadsheet. nutrients as minerals, foods as ores, price as volume.įind a tutorial about the diet problem, in your chosen spreadsheet. Ore compression is just a reworded diet problem. Both excel and google sheets can do this. What you want to do is build a spreadsheet using a linear programming solver. Steve Ronuken Fuzzwork Enterprises Vote Steve Ronuken for CSM 6484 "Wirklich coolen Leuten ist es egal, ob sie cool sind." (Einer, dem es egal ist) ![]() Weil Frauenversteher wissen, was Frauen wollen." (Ein Single) "Frauenversteher wissen, was Frauen wollen.Īber Frauen wollen keine Frauenversteher. refining skills, the ice-materials take less space then the compressed ice. But the compressed ore needs less cargo space the uncompressed ore or the minerals. ![]() Zimin von Reizgenschwendt 268Ĭompressed ore gives the same amount of minerals then uncompressed ore. Anyone know a Site/Spreadsheet/Tool maybe? Hi, i search a Compressed Ore Calculator like the one from Fuzzwork but only for 0,0. Thread Statistics | Show CCP posts - 0 post(s) Thus, each test produces a value of the tensile failure strength and the loading rate.Channels Science and Industry Compressed Ore Calculator? » Click here to find additional results for this topic using Google A strain gage on the specimen directly measures the loading strain rate, as the standard methods for calculating specimen strain in a Hopkinson Bar test do not apply in this case. A strain gage on the output bar measures the compressive loading from which the load at failure is calculated using the standard Hopkinson Bar analysis methods. Part of the compression wave is transmitted through the specimen into the output bar. An impactor strikes the input bar, generating a compressive wave that loads the specimen in the configuration of a standard Brazilian test. The dynamic Brazilian test is performed in a Split Hopkinson Pressure Bar, schematically shown in Figure 1. The tensile strength is calculated as 2F/πDL, where F is the compressive force at failure, D is the specimen diameter and L is its length. This loading condition produces a state of nearly uniform tension that splits the specimen across its diameter. The dynamic tensile strength is measured using a dynamic version of a conventional Brazilian, or splitting test, in which a cylindrical sample is compressed along a direction perpendicular to the cylinder axis. ![]()
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |