Cone Crusher Internal Process Mechanics Simulation
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Keywords
Unity , 3D , Game , Simulation , Industrial , Processes , Mechanics , Fines , Cone Crusher , WebGL , Mac , Interactive
Project
Preparing the Unemployed for the Mining Sector
Authors
Bickley, Don
Date Submitted
2018
Material Type
Simulation
Secondary Material Type
Animation
Assignment
Learning Object Repository
Online Course Module
Tutorial
Workshop and Training Material
Other
Assignment
Learning Object Repository
Online Course Module
Tutorial
Workshop and Training Material
Other
Institution
University of Alaska Fairbanks
Industry Partner
Sumitomo Metal Mining Pogo Mine
Kinross Fort Knox Mine
Hecla Greens Creek Mine
Coeur Kensington Mine
Ucore Rare Metals Inc
State of Alaska Department of Labor and Workforce Development
Alaska Miners Association
Kinross Fort Knox Mine
Hecla Greens Creek Mine
Coeur Kensington Mine
Ucore Rare Metals Inc
State of Alaska Department of Labor and Workforce Development
Alaska Miners Association
License
CC BY
Funding Source
TAACCCT Round 4
Additional Public Access
Abstract
This simulation (intended to run in a 16:9 format) enables users to experiment with the different forces at work in Cone Crusher operations: material volume, hardness, and gap size, all in real time. While the project was built on a platform using the nVidia Titan X, the game has been run in various environments and should run smoothly on a majority of machines. There is a build for Mac, Windows, and WebGL for embedding this mini game within a web page. User manual and disclaimers are included within every .zip package.
Industry (NAISC)
Mining, Quarrying, and Oil and Gas Extraction -- Mining (except Oil and Gas) (212)
Occupation (SOC)
Construction and Extraction Occupations -- Continuous Mining Machine Operators (47-5041)
Instructional Program (CIP)
Construction Trades (46)
Credit Type
Credential Type
Certificate
Educational Level
1st year Community College or equivalent