Heat dissipation is a type of heat transfer. Heat dissipation occurs when an object that is hotter than other objects is placed in an environment where the heat of the hotter object is transferred to the colder objects and the surrounding environment. Heat dissipation occurs in a variety of ways.
Example: It also includes the motor control circuitry including wide ground tracks to the IC to increase HEAT DISSIPATION.
en: disipación de calor
initial condition
adverb
Initial condition definition is - any of a set of starting-point values belonging to or imposed upon the variables in an equation that has one or more ...
Example: INITIAL CONDITION : tree plantation was carried out in grassland at wider space than that for commercial timber production, there is 4000 m² of grassland remained as initial understory vegetation cover.
en: condición inicial
initial temperature
adjective
initial temperature is the temperature of the substance before it's change into its final temperature
Example: The process is very sensitive tot the INITIAL TEMPERATURE, especially for conduction-heating products, which often do not reach process temperature by the end of the process.
en: temperatura inicial
poisson's ratio
conjunction
the ratio of the proportional decrease in a lateral measurement to the proportional increase in length in a sample of material that is elastically stretched.
Example: shear wave velocity it is possible to work out POISSON'S RATIO for the various materials.
en: el coeficiente de Poisson
temperature load
conjunction
Temperature loads are body loads available in Structure only. Use these loads to simulate a temperature applied to an entire model, individual components of an assembly or regions of a model.
Example: To assign temperature load in SAFE, select the slab/s and click on Assign>Load Data>Slab. Temperature Loads
en: carga de temperatura
thermal expansion coefficient
phrase
coefficient of linear thermal expansion and generally varies with temperature. As energy in particles increases, they start moving faster and faster weakening the intermolecular forces between them, therefore expanding the substance.
Example: the THERMAL EXPANSION COEFFICIENT is the change in temperature ) As the two strain gauges are identical that are used in the circuit they will be affected the same way by the ambient temperature.
