Table of Contents: The XXVII-Th INTERNATIONAL CONFERENCE of INVENTICS INVENTICA 2023 :

The XXVII-Th INTERNATIONAL CONFERENCE of INVENTICS INVENTICA 2023 : Science of Creativity.

Bibliographic Details
Format:	eBook
Language:	English
Published:	Basel/Berlin/Boston : Walter de Gruyter GmbH, 2023.
Edition:	1st ed.
Subjects:	Electronic books.
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Table of Contents:

9788367405201-fm.pdf
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9788367405201-003.pdf
9788367405201-004.pdf
IDENTIFYING A SET-UP
FOR ANALYZING THE FRICTION DRILLING PROCESS
Elisaveta CRĂCIUN1*, Mihai ȚURCAN2, Margareta COTE
Gheorghe Asachi Technical University of Iași, Blvd
1
Abstract: Friction drilling is a process generally
Keywords: friction drilling
functional requiremen
I.INTRODUCTION
Drilling is the machining process of removing ma
Holes can be classified by considering different c
Other methods of making holes with a circular cros
Friction drilling, or thermomechanical drilling th
The consultation of the specialized literature rel
Thus, Kumar and Hynes highlighted the applicabilit
The advantages and disadvantages of using friction
A synthesis of the results obtained up to the year
In general, the aspects addressed so far concern t
This article's authors are unaware of the existenc
II.FRICTION DRILLING
As previously mentioned, friction drilling involve
Assuming that the material of the active area of t
The melted material near the active area of the ro
Aspects of technological interest can be noticed i
It is found there that the molten material of the
Although such a burr is generally regarded as a ne
For the materialization of a friction drilling pro
Among the machine tools usually found in a machine
On drilling and milling machines, the feed motion
In the case of machine tools such as lathes, the c
As output parameters of the friction drilling proc
The main groups of factors capable of influencing
- Chemical composition and physical-mechanical pro
- The shape and dimensions of the active surface o
- The chemical composition and physical-mechanical
- Rotation speed of the rotating tool.
The axial force F by which the rotating tool is
Figure 2 shows the results of using an Ishikawa di
III.AXIOMATIC DESIGN
Axiomatic design is a methodology that analyzes th
Although some aspects of an axiomatic design were
Axiomatic design is based on using axioms, i.e., i
Thus, thanks to this division and analysis, the op
Axioms, domains, and inquiry processes are part of
Two axioms are taken into account when applying ax
The second axiom is the information axiom
accordi
IV.FUNCTIONAL REQUIREMENTS, DESIGN PARAMETERS, AND PR
When considering the use of axiomatic design, it
CN: Design equipment capable of determining the fe
Next, it is necessary that starting from the clien
The zero-order functional requirement can be defin
FR0: ensure the equipment design capable of determ
This zero-order functional requirement would corre
DP0: Equipment that determines the feed rate in fr
By decomposing the zero-order functional requireme
The various first-order functional requirements ap
Functional requirements, FR
Design parameters, DP
Process variables, PV
FR1: Provide the tooling required to materialize t
DP1: Cylindrical rotating tool with a conical tip
PV1: Cylindrical shape with a tapered tip, tool di
FR2: Ensure tool rotation
DP2: Drilling machine
PV2: The rotation speed of the tool
FR3: Ensure locating and clamping the tool
DP3: Chuck with elastic bushing
PV3: Bushing with a bore corresponding to the diam
FR4: Ensure the feed movement of the rotating tool
DP4: Translation torque
PV4: The diameter of the cylindrical bore in which
FR5: Provide constant feed force
DP5: Pan
PV5: The amount of weight that will be placed on t
FR6: Ensure the locating and clamping of the workp
DP6: Clamps and screws, drilling machine table.
PV6: Dimensions of clamps, screws, and T-channels
FR7: Make sure to change the rotational speed of t
DP7: Drive the tool with a DC motor fed with a var
PV7: Different values of the rotation speed of the
FR8: Make sure to change the amount of feed force
DP8: Weights of different sizes placed on the pan
PV8: Weights of known masses
FR9: Provide measurement of the time required for
DP9: Chronometer
PV9: Measuring with sufficient accuracy the time r
Table 1, Functional requirements, design parameter
in the case of the equipment for studying friction
Each requirement has one or more design paramete
The most general form of the design matrix relatio
{FR}=[A] {DP}.
(1)
In the case of the tracked equipment, the design m
1 2 3 4 5 6 7 8
(2)
In the design matrix (the first factor on the righ
When these "X" symbols are placed only along the d
If the "X" symbols are all arranged either above o
For situations other than the previously described
Examining the structure of the decision matrix rev
V.THE CONSTRUCTIVE SOLUTION PROPOSED BY TAKING INTO
By considering the results of using axiomatic desi
It can be seen that a bench drilling machine has b
The DC electric motor for rotating the tool can be
The workpiece in which holes will be made using fr
To perform a test to determine the feed rate (as a
By starting the electric motor, the rotating tool
By relating the thickness of the workpiece to the
By changing the values of the input factors in the
VI.CONCLUSIONS
Friction drilling is one of the drilling processes
The intense friction between the rotating tool and
The problem of designing and materializing equipme
An initial analysis of the conditions in which th
The use of the Ishikawa diagram method led to a su.
This way, the functional requirements, design para
Using axiomatic design principles, a variant of eq
In the future, it is intended to materialize the e
References
[1]Kumar R., Rajesh Jesudoss Hynes N., 2019, Thermal
[2]Eliseev, A., Kolubaev, E., 2021, Friction drilling
[4]Dehghan S., Ismail M.I.S., Ariffin M.K..A.M., Baha
[5]Flowdrill Tool for Friction Drilling, 2023. Availa
[9]Dehghan S. , Abbasi
[11]Slătineanu L., 2029, Fundamentals of scientific re
9788367405201-005.pdf
HIERARCHIZATION OF TECHNICAL CREATION METHODS
APPLICABLE IN THE FIELD OF PROSTHETICS
Dimitrie-Cristian FODOR1,2, Neculai-Eugen SEGHEDIN
1"Gheorghe Asachi" Technical University of Iași,
67 Professor Dimitrie Mangeron Boulevard, 700050,
2"Dr. Iacob Czihac" Military Emergency Clinical Ho
7-9 General Berthelot Henri Mathias Street, 700483
dimitrie-cristian.fodor@student.tuiasi.ro, neculai
Abstract: The work includes a structuring of the b
Keywords: technical creation methods
AI-generated
Pioneer inventions are those with the highest degr
Some classifications were made using one of the me
By combining idea diagrams and morphological matri
In order to highlight the fact that the planning o
Thus, in the adapted diagram (fig. 1) are presente
Fig. 1. The antithesis between traditional creatio
in relation to the supposed inventor
The second antithesis proves that solving a techni
The attitude adopted by the inventor in the entire
The last antithesis and probably the most importan
A correct application of traditional methods of te
Especially lately, chatbots are promoted as artifi
DABUS is invented by Dr. Stephen Thaler (physicist
A simple consultation of the original documents fi
These patent applications were filed at the indust
If these intelligent machines will generate ideas.
So, until the possibility of acquiring a personal
Some of the best-known methods and techniques of t
These methods are listed in Table I and for each m
Table I. Classification of classical methods for t
Method index
The method of technical creation
(the generic name from the specialized literature
of the field - technical, medical, biomedical, etc
Inventory and ranking
of ideas and technical solutions from the state
of the art
The generation of new ideas and technical solution
Ideas with a high degree
of novelty
Ideas with a low degree
of novelty
1
●
〇
2
●
〇
3
Method of morphological matrices
●
〇
4
●
〇
5
●
〇
6
Brainstorming (Osborn method)
●
〇
7
Imaginary brainstorming
〇
8
Philips 66 method
●
〇
9
6-3-5 Brainwriting
●
〇
10
Delphi method
〇
11
Personal analogy method
〇
12
Induction method
●
〇
13
Challenge assumptions
〇
14
Frisco method
〇
15
Reverse engineering
〇
16
Theory of inventive problem solving (TRIZ) - Altsh
●
〇
17
Concept-Knowledge Theory (C-K Theory)
●
〇
18
Value analysis, value engineering
〇
19
Analysis of Interconnected Decisions Areas (AIDA)
●
〇
20
ELECTRE - Élimination et Choix Traduisant la Reali
●
〇
21
Electre-Phiz Complex (Electre-Philips-Zwicky)
●
〇
22
Analyse des Functions par Rapport aux Indices et a
●
〇
23
PINDAR - Prospect of Independent Decisions Areas
●
〇
24
VETRA method
●
〇
25
Sherlock Holmes method
〇
26
ICR (inform, create, reflect) network method
〇
27
The Harvey Card Method
〇
28
Lotus flower method
〇
29
Method of heuristic approaches
〇
30
Synectics - Gordon method
〇
31.
Biomimicry/biomimetics.

The XXVII-Th INTERNATIONAL CONFERENCE of INVENTICS INVENTICA 2023 : Science of Creativity.

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