#Unf electrical engineering calculator full

Computation of the thermal rating of cables installed in filled troughs.Transient analysis, cyclic loading and emergency ratings are supported.Computation of the steady-state ampacity or temperature.

Modeling one heat source or heat sink in the installation.Modeling up to three duct banks in a single installation.Modeling unlimited number of rectangular areas with different thermal resistivity.The following capabilities are highlighted: The module computes the values of T4 (the external thermal resistance to the cable) using the finite element method and then the ampacity (or operating temperature) of the cable installation is obtained using the IEC standardized solution method. The module presents a unique solution combining standard and non-standard calculation methods. The Multiple Duct Banks and Backfills add-on module (MDB) is designed to determine the steady-state ampacity of cables installed in several neighboring duct banks and/or backfills with different thermal resistivity. All types of sheath bonding arrangements for flat and triangular formations are supported with explicit modeling of minor section lengths, unequal cable spacing, etc.Multiple cables per phase with accurate modeling of the sheath mutual inductances which greatly influence circulating current losses and thus de-rates the ampacity of cables.Cyclic loading patterns as per IEC-60853©.Different cable types within one installation.Modeling of cables in air on riser poles, groups of cables in air, moisture migration, nearby heat sources and heat sinks, etc.Independent libraries and databases for cables, duct-banks, load curves, heat sources and installations.Pipe-type cables directly buried or in a thermal backfill.Different cable installation conditions such as directly buried, thermal backfill, underground ducts or duct banks.This includes single-core, three-core, belted, pipe-type, submarine, sheathed, and armored cables This facility can be used to modify existing cables data and enrich the cable library with new ones. Detailed graphical representation of virtually any type of power cable.

#Unf electrical engineering calculator full

Full compliance with North American practice and compliance with IEC standards IEC 60287©, IEC 60228©, IEC 60853©, etc.Iterative techniques based on Neher-McGrath and IEC-60287© methods.This makes it the #216 most popular school for EE master’s degree candidates in the country. In 2020, 3 students received their master’s degree in EE from UNF. This is an increase of 24% over the previous year when 37 degrees were handed out. Due to this, the school was ranked #178 in popularity out of all colleges and universities that offer this degree. Ranking Type Rank Best Value Bachelor’s Degree Colleges for Electrical Engineering 72 Most Popular Bachelor’s Degree Colleges for Electrical Engineering 132 Most Focused Bachelor’s Degree Colleges for Electrical Engineering 171 Best Electrical Engineering Bachelor’s Degree Schools 227 Most Focused Master’s Degree Colleges for Electrical Engineering 227 Most Popular Master’s Degree Colleges for Electrical Engineering 227ĭuring the 2019-2020 academic year, University of North Florida handed out 46 bachelor's degrees in electrical engineering. The bachelor's program at UNF was ranked #227 on College Factual's Best Schools for EE list.

Electrical Engineering Degrees Available at UNF