Service quality management is a major engineering project in the study of tourist destination.
This presentation further discusses the unmet needs for engineering concepts in the study of cryopreservation, as opposed to the diagnostic approaches that historically dominated the field.
This paper link quantitative fault zone descriptions, qualitative fracture and fault rock properties, and engineering data in the study of the permeability structure of fault zones.
From microprocessor-based medical devices and rehabilitative engineering to implantable devices and biomaterials, bioengineering is that branch of applied science that integrates physical, chemical, and mathematical sciences and engineering principles in the study of biology, medicine, behavior, and health.
MTC has its origin in the field of electrical engineering, as the study of communication limits.
Areas of potential applications of this theory include physics, economics, and engineering in dealing with the study of equilibrium points (which are fixed points of certain mappings).
In engineering careers, the study of the Differential and Integral Calculus begins in the first course of Calculus.
An explanation is offered as to why modern biotechnology, due to important advances that have occurred in genetic engineering, the study of extremophilic microorganisms, protein engineering and biocatalysis in nonaqueous media, can be a good alternative to develop new biocatalysts to be used in the refining of petroleum.
The fractional Black-Scholes (B-S) equation is an important mathematical model in finance engineering, and the study of its numerical methods has very significant practical applications.
The growing need for chemical reaction in industries and engineering requires the study of heat and mass transfer in the presence of different conditions and parameters with a chemical reaction.
We applied concepts derived from resilience engineering and the study of hazards in highly reliable organizations to characterize resilient BPM.
