A57111 Journal: Analysis of Engineering Drawing Standards and Software

This journal, focusing on the A57111 course, examines the standards and software used in engineering drawings. It begins with an abstract and introduction, followed by a discussion of methodology, including the stage gate management model and Gantt charts. The literature review covers the ISO PACK 2000 standard and potential challenges. The research and analysis section explores various drawing standards like ISO 128, ISO 129, and ISO 1660:1987, along with the evolution from AutoCAD to 3D drawing software. The conclusion emphasizes the advantages of 3D software. References include academic papers on related topics. The journal provides a comprehensive overview of engineering drawing practices, standards, and technological advancements in the field.

JOURNAL ON A57111

Table of Contents
ABSTRACT.....................................................................................................................................1
INTRODUCTION...........................................................................................................................1
METHODOLOGY..........................................................................................................................1
LITERATURE REVIEW................................................................................................................1
RESEARCH AND ANALYSES.....................................................................................................2
CONCLUSION AND RECOMMENDATIONS............................................................................2
REFERENCES................................................................................................................................3

ABSTRACT
There are various drawing software that used by the families to draw a picture. These all
have standards. 3D software are able to design the thing with the new standard. These modelling
or drawing are helpful in detecting areas of interference that 2D drawings can not be reflected.
Study discuss various standards of drawing and software that are used in the recent era. It creates
new manufacturing drawing and ensure parts lists coincide with the bills of material.
INTRODUCTION
There is an efficient range of methods and standards available for engineering drawings and a
very common example of it can be considered as the ISO PACK 2000 vessels (Hampton and
Matzar, 2015). The basic use of such equipments is to make sure that the manufacturing
drawings are generic and appropriate enough. Also, it is important to ensure that the amount of
information and data that is present on it is correct enough. There are various models as well that
can be included in order to make the research more effective and appropriate.
METHODOLOGY
Standardisation of manufacturing drawings will be assesses by ascertaining mitigation
methods. In order to develop the project effectively and meet with the objective author will
implement stage gate management model. Five stages of the model will be explained in this
study. Stage 1 will concentrate on the technical equipments or standards of manufacturing
drawings. Stage 2 will be essential part of the project, in this phase critical analyses will be done
that will help in analysing feasibility of the topic. Stage 3 is next part that is design and
development phase, in this stage budget will be framed and planning for the further activities will
be done. In the stage 4 validity will be tested and in the stage 5 will be end process in which
commercialization of the project will be done. Project will look at the technologies that are used
in drawing in the recent era such as auto cad, 3D drawing etc. Stage gate model is very effective
for the present study but author will also apply Gantt chart. With the assistance of this Gantt
chart planning, plots, progress of the project can be recorded.
LITERATURE REVIEW
Standard range of ISO PACK 2000
It is considered as one of the leading offshore cryogenic tank by various organisations
from different parts of the world. It can be transported either as in individual amounts or in
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groups as well. It however depends on the requirement of the organisation according to the
specified functions and operations in the organisation (Lutynski, 2015). Also, the equipment has
been approved well for the roads, sea and rail. Therefore, it is concluded that it can be a better
option as it is also allowed by such means of transportation etc.
Variations that can act as barrier or challenge
One of the major barrier that can occur in using these tools and equipments is the
maximum amount of pressure that is available at the rate they have been designed for performing
further operations etc. Also, it involves the legislations and policies at which they can easily
comply with. So, it is considered as an efficient option to be involved.
RESEARCH AND ANALYSES
Secondary data revealed that most of the products that are used in the organizations are
designed as per the requirements of consumers. ISOPACK 2000 is considered as best selling
product. It is designed by looking at the standards and frameworks. ISO 128 is the standard that
define the structure of technical drawing. It is replaced by the DIN 6 standard. Apart from 128
there are many other standards that are applied in the engineering drawing. These are ISO 129,
ISO 1660: 1987 etc.
With the technological advancement new techniques came into existence that have
changed the scenario of engineering drawing manufacturing process. Each drawing style is
different from other styles and methods. In the fabrication drawings people used to take support
of Auto-cad technique. It is the drawing tool that generally used in drawing the residential houses
and commercial building or designing road map of particular place. Now companies are taking
support of 3D drawing tools. It is more advance as compare to Auto-cad because Auto-cad is just
2D drawing tools but through 3D modelling person can show the three dimensions of the picture
and can present the picture in effective manner.
CONCLUSION AND RECOMMENDATIONS
It can be concluded that ISOPACK 2000 is standard range of vessel, it has 20 plus
variations. Earlier companies were used to take support of traditional AutoCAD drawing tools
but now they are able to use 3D software for drawing. These are highly advanced and support in
draw a quality pictures.
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REFERENCES
Books and Journals
Hampton, J. C. and Matzar, L., 2015, November. Acoustic Emission Monitoring Elucidates
Proppant Pack Strength Characteristics during Crush Testing. In 49th US Rock
Mechanics/Geomechanics Symposium. American Rock Mechanics Association.
Lutynski, M. A., 2015. A method of proppant pack permeability assessment. Physicochemical
Problems of Mineral Processing. 51.
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