Cone Crusher Modular 3D Model
The attached asset consists of a 3D Model of a Cone Crusher and generic Conveyor Belt (starting segment), both as a collection of parts, and as a whole object. This includes modular 3D models of stairs with an angled railing, two size of safety railings, and a safety platform that may be of interest to anyone who needs to design 3D industrial environments.
The models were exported in the most generic format possible to allow for maximum flexibility: .OBJ. Their scale has been set to meters with Z as the upward direction. Also included are color, metalness, and roughness texture maps already scaled for a gaming environment. UV Snapshots are also included, but it is recommended that any texturing changes be done directly on the model via a live painting program such as 3D Coat (the program used to texture this model). Consult the included Object & Material Layout graphic as a guide for help inserting this asset into whatever environment you wish.
- Date:
- 2018
- Primary Material Type:
- Animation
- Other Material Types:
- Simulation
- Institution:
- University of Alaska Fairbanks
- Project Name:
- Preparing the Unemployed for the Mining Sector
- Funding Source:
- TAACCCT Round 4
- Subjects:
- 3D, Model, Cone Crusher, Simulation, Video Game, .OBJ, Unity, Conveyor Belt, Safety, Railing
Industry / Occupation
- 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
- Industry Sector:
- Mining, Quarrying, and Oil and Gas Extraction -- Mining (except Oil and Gas) -- Metal Ore Mining (2122)
- Occupation:
- Construction and Extraction Occupations -- Continuous Mining Machine Operators (47-5041)
Education / Instructional Information
- Instructional Program:
- Construction Trades (46)
- Educational Level of Materials:
-
- 1st year Community College or equivalent
- Time Required:
- 2 hours
- Interactivity Type:
- Mix of Active and Presentation.
- Quality Note:
- Objects were modeled with a balance of detail and considerations of overall polygon count. Design was based off of a reference of several styles of cone crushers.
- Quality of Subject Matter was assured by:
-
- Consultations during development of instructional materials
- Quality of Online/Hybrid Course Design assured by:
-
- Expertise of Project's Instructional Designers
- Course Note:
- Mining Mill Operations Occupational Endorsement
Accessibility
Copyright / Licensing
- Copyright Owner:
- Prince William Sound College