Assessing hazard identification in surface stone mines in a virtual environment

Summary

Assessing hazard identification in surface stone mines in a virtual environment is a conference paper^[1].

Key Facts

• Assessing hazard identification in surface stone mines in a virtual environment authored Brianna M. Eiter^[2].
• Assessing hazard identification in surface stone mines in a virtual environment authored William Helfrich^[3].
• Assessing hazard identification in surface stone mines in a virtual environment authored Jennica L. Bellanca^[4].
• Assessing hazard identification in surface stone mines in a virtual environment authored Jason Navoyski^[5].
• Assessing hazard identification in surface stone mines in a virtual environment authored Brendan Macdonald^[6].
• Assessing hazard identification in surface stone mines in a virtual environment authored Timothy J. Orr^[7].
• Assessing hazard identification in surface stone mines in a virtual environment's instance of is recorded as conference paper^[8].
• Assessing hazard identification in surface stone mines in a virtual environment's page is recorded as 217-230^[9].
• Assessing hazard identification in surface stone mines in a virtual environment's DOI is recorded as 10.1007/978-3-319-41627-4_20^[10].
• Assessing hazard identification in surface stone mines in a virtual environment's part of is recorded as Advances in applied digital human modeling and simulation : proceedings of the AHFE 2016 International Conference on Digital Human Modeling and Simulation, July 27-31, 2016, Walt Disney World®, Florida, USA^[11].
• Assessing hazard identification in surface stone mines in a virtual environment's language of work or name is recorded as English^[12].
• Assessing hazard identification in surface stone mines in a virtual environment's issue is recorded as Part III^[13].
• Assessing hazard identification in surface stone mines in a virtual environment's volume is recorded as 481^[14].
• Assessing hazard identification in surface stone mines in a virtual environment's publication date is recorded as +2016-07-06T00:00:00Z^[15].
• Assessing hazard identification in surface stone mines in a virtual environment's sponsor is recorded as NIOSH Pittsburgh Mining Research Division^[16].
• Assessing hazard identification in surface stone mines in a virtual environment's main subject is recorded as mining^[17].
• Assessing hazard identification in surface stone mines in a virtual environment's main subject is recorded as mining safety^[18].
• Assessing hazard identification in surface stone mines in a virtual environment's main subject is recorded as hazard identification^[19].
• Assessing hazard identification in surface stone mines in a virtual environment's main subject is recorded as safety briefing^[20].
• Assessing hazard identification in surface stone mines in a virtual environment's main subject is recorded as quarry^[21].
• Assessing hazard identification in surface stone mines in a virtual environment's main subject is recorded as surface mining^[22].
• Assessing hazard identification in surface stone mines in a virtual environment's published in is recorded as Advances in Intelligent Systems and Computing^[23].
• Assessing hazard identification in surface stone mines in a virtual environment's title is recorded as Assessing hazard identification in surface stone mines in a virtual environment^[24].
• Assessing hazard identification in surface stone mines in a virtual environment's cites work is recorded as Toward a typology of dynamic and hazardous work environments^[25].
• Assessing hazard identification in surface stone mines in a virtual environment's cites work is recorded as The Effects of Visual Realism on Search Tasks in Mixed Reality Simulation^[26].

Body

Geography

Assessing hazard identification in surface stone mines in a virtual environment's part of is recorded as Advances in applied digital human modeling and simulation : proceedings of the AHFE 2016 International Conference on Digital Human Modeling and Simulation, July 27-31, 2016, Walt Disney World®, Florida, USA^[11].

Designation and Status

Assessing hazard identification in surface stone mines in a virtual environment's instance of is recorded as conference paper^[8].