Abstract:
Railway vehicles and tracks are the integral parts of the engineering, railway
RAMS incorporates reliability, availability, maintainability, and safety qualities
related to the operating goals of a railway system into the intrinsic product design
feature. It has recently become a fast-expanding engineering field due to its ability to
deliver a specific railway traffic service in a timely, safe, and economical manner.
Additionally, it has a significant chance to make railways more competitive with
other modes of transportation, particularly with roads. Because of this, RAMS
management becomes a big problem in today's international railway projects, and it
rapidly spreads to domestic railway projects as well.
Developing a dependent diagnosing program will also be viable in this case;
this programming tool will be used for Renewal Investment and Maintenance-RIMS.
This programming tool will be named RIMS. RAMS analysis aims to establish
various methodologies and techniques for evaluating RAMS measurements of
components, infrastructure, and structures and to assist development and production
engineers in incorporating these analyses into their engineering designs and various
projects. Therefore, RAMS analysis must be incorporated into project operations to
promote quality assurance of equipment and system engineering activities and should
also be executed without complexity to be time and money productive.
An extensive introduction and presentation of RAMS are given in the
introduction section. The various researches about this concept in engineering are
well presented in the literature review section. Additionally, comprehensive
examinations of some of the common techniques applied in RAMS are given in the
analytical solution and numerical analysis sections. Subsequently, the results and
discussion parts provide the various findings and recommendations for this
engineering concept
