Analytic study number four: impact on judicial disposition on DUI offenders - Utah ASAP. Final report.

Utah Department of Public Safety, Salt Lake City

Underground exploration of the Quartzite Cap claims, Yellow Jacket area, Marysvale, Utah /

"August 1955."

Hydrology of area 56, northern Great Plains and Rocky Mountain coal provinces, Utah /

Mode of access: Internet.

Potential hydrologic impacts of a tar-sand industry in 11 special tar sand areas in eastern Utah /

Mode of access: Internet.

Three dimensional digital-computer model of the Ferron sandstone aquifer near Emery, Utah /

"October 1980."

Methods for estimating peak discharge and flood boundaries of streams in Utah /

624-B

BLM intensive wilderness inventory, Utah : final decision on wilderness study areas.

Cover title.

Annual number ... Utah State Farmers' Institutes ...

Editor: L.A. Merrill.

Message of Governor ... to the ... legislature of the State of Utah.

Latest issue consulted: 1951.

Hydrology of area 57, northern Great Plains and Rocky Mountain coal provinces, Utah and Arizona /

Mode of access: Internet.

Geohydrology of the Navajo sandstone in western Kane, southwestern Garfield, and southeastern Iron Counties, Utah /

Mode of access: Internet.

Report of the annual meeting of the State Bar Association of Utah

No meetings held 1899-1901, 1904, 1906, 1915 ; No proceedings published from 1917-23

Utah BLM statewide wilderness environmental impact statement : final /

"BLM-UT-ES-90-002-4332"--P. [4] of cover.

Utah BLM statewide wilderness environmental impact statement : draft /

"Int. no. DES 86-1"--V. 1, p. i.

A meshfree particle based model for microscale shrinkage mechanisms of food materials in drying conditions

Cells are the fundamental building block of plant based food materials and many of the food processing born structural changes can fundamentally be derived as a function of the deformations of the cellular structure. In food dehydration the bulk level changes in porosity, density and shrinkage can be better explained using cellular level deformations initiated by the moisture removal from the cellular fluid. A novel approach is used in this research to model the cell fluid with Smoothed Particle Hydrodynamics (SPH) and cell walls with Discrete Element Methods (DEM), that are fundamentally known to be robust in treating complex fluid and solid mechanics. High Performance Computing (HPC) is used for the computations due to its computing advantages. Comparing with the deficiencies of the state of the art drying models, the current model is found to be robust in replicating drying mechanics of plant based food materials in microscale.