Archives | IJTIMES

Published Volumes & Issues

Browse all published issues of International Journal of Technical Innovation in Modern Engineering & Science. Click any issue card to view its papers inline.

Volume 12 2026

3 issues · 5 papers

Issue 1

(January - March) 2026

2 papers →

Issue 2

(April - June) 2026

2 papers →

Issue 3

(July - September) 2026

1 paper →

Volume 11 2025

4 issues · 11 papers

Issue 1

(January - March) 2025

3 papers →

Issue 2

(April - June) 2025

3 papers →

Issue 3

(July - September) 2025

2 papers →

Issue 4

(October - December) 2025

3 papers →

Volume 10 2024

5 issues · 13 papers

Issue 1

(January - March) 2024

2 papers →

Issue 2

(April - June) 2024

4 papers →

Issue 3

(July - September) 2024

1 paper →

Issue 4

(October - December) 2024

3 papers →

Issue 10

Issue 10 2024

3 papers →

Volume 9 2023

4 issues · 12 papers

Issue 1

(January - March) 2023

3 papers →

Issue 2

(April - June) 2023

2 papers →

Issue 3

(July - September) 2023

2 papers →

Issue 4

(October - December) 2023

5 papers →

Volume 8 2022

7 issues · 7 papers

Issue 2

(April - June) 2022

1 paper →

Issue 3

(July - September) 2022

1 paper →

Issue 4

(October - December) 2022

1 paper →

Issue 5

Issue 5 2022

1 paper →

Issue 10

Issue 10 2022

1 paper →

Issue 11

Issue 11 2022

1 paper →

Issue 12

Issue 12 2022

1 paper →

Volume 7 2021

10 issues · 15 papers

Issue 1

(January - March) 2021

3 papers →

Issue 2

(April - June) 2021

2 papers →

Issue 4

(October - December) 2021

1 paper →

Issue 5

Issue 5 2021

2 papers →

Issue 7

Issue 7 2021

1 paper →

Issue 8

Issue 8 2021

1 paper →

Issue 9

Issue 9 2021

2 papers →

Issue 10

Issue 10 2021

1 paper →

Issue 11

Issue 11 2021

1 paper →

Issue 12

Issue 12 2021

1 paper →

Volume 6 2020

12 issues · 80 papers

Issue 1

(January - March) 2020

7 papers →

Issue 2

(April - June) 2020

6 papers →

Issue 3

(July - September) 2020

8 papers →

Issue 4

(October - December) 2020

5 papers →

Issue 5

Issue 5 2020

8 papers →

Issue 6

Issue 6 2020

8 papers →

Issue 7

Issue 7 2020

4 papers →

Issue 8

Issue 8 2020

7 papers →

Issue 9

Issue 9 2020

7 papers →

Issue 10

Issue 10 2020

11 papers →

Issue 11

Issue 11 2020

7 papers →

Issue 12

Issue 12 2020

2 papers →

Volume 5 2019

19 issues · 1424 papers

Issue 1

(January - March) 2019

68 papers →

Issue 2

(April - June) 2019

59 papers →

Issue 3

(July - September) 2019

202 papers →

Issue 4

(October - December) 2019

202 papers →

Issue 5

Issue 5 2019

194 papers →

Issue 6

Issue 6 2019

111 papers →

Issue 7

Issue 7 2019

61 papers →

Issue 8

Issue 8 2019

39 papers →

Issue 9

Issue 9 2019

14 papers →

Issue 10

Issue 10 2019

4 papers →

Issue 11

Issue 11 2019

9 papers →

Issue 12

Issue 12 2019

6 papers →

Issue 13

Issue 13 2019

162 papers →

Issue 14

Issue 14 2019

56 papers →

Issue 15

Issue 15 2019

18 papers →

Issue 16

Issue 16 2019

46 papers →

Issue 17

Issue 17 2019

12 papers →

Issue 18

Issue 18 2019

142 papers →

Issue 19

Issue 19 2019

19 papers →

Vol.5, Issue 12 — Issue 12 2019 6 papers

Vol.5, Issue 12 · Issue 12 2019 · ID: IJT-2021-621EC1

A study to improve the machining characteristics in Electrode Discharge Machining of Inconel 706 Super Alloys

Sushil Kumar , M.M. Goud, N.M. Suri · Department of Production and Industrial Engineering, Punjab Engineering College, Chandigarh, 160012, India., IN

📄 View / Download PDF 📄 View Details

Abstract From the past decade, the utilization of Inconel (Nickel-based super alloy) has been increasing due to its outstanding mechanical properties like resistance to corrosion, high temperature strength etc. Inconel is widely used in hot section of gas turbines in aerospace industries like turbine blades, disk, combustors etc. Machining of Inconel using conventional method is very difficult due to quick work hardening which tends to deform either the work-piece or the cutting tool. Electrical discharge machining (EDM) is a non-traditional machining method used for machining Inconel in which material removal takes place due to electrical discharge between work-piece and tool. But low MRR and high TWR are the main challenges in this process while machining Inconel. The present article investigates the machining characteristics of EDM in order to improve the material removal rate under different machining conditions and to reduce tool wear rate using tool electrode treated with heat treatment process. From the investigational results, it was observed that improved MRR and reduced TWR were obtained when machined with heat treated tool electrode.

Keywords: Inconel 706, Electrode Discharge Machining (EDM), MRR, TWR, Heat treated electrodes

Vol.5, Issue 12 · Issue 12 2019 · ID: IJT-2021-758881

A Literature Review on Natural Convection Heat Transfer Mechanism using Fins

Aishwarya A. Patil · ME(Heat Power) Mechanical Engineering, DYPSOEA, Ambi, IN

📄 View / Download PDF 📄 View Details

Abstract Heat transfer under the natural convection occurs due to the temperature difference between the solid surfaces and the surrounding cold atmosphere. The buoyancy motion enables the fluid movement, initiating the heat transfer between the Heat Sink and the Surroundings. This heat transfer mechanism shall be enhanced further by the optimal location, orientation and placement of fins in such a way that the flow turbulence was introduced. This review journal provides a comprehensive summary of the recent research work on fins for improving the heat transfer rate. Also, the numerical simulation (CFD) methods, experimental studies on natural convection, various fin shapes and their influences on natural convection heat transfer rate.

Vol.5, Issue 12 · Issue 12 2019 · ID: IJT-2021-F4CA3A

A LABORATORY INVESTIGATION ON THE EFFICIENCY OF EXPANSIVE SOIL TREATED WITH RICE HUSK ASH AND FERRIC CHLORIDE AS SUB GRADE FOR FLEXIBLE PAVEMENTS

Dr. D. Koteswara Rao , A. Bharat Kumar · Professor of Civil Engineering & Director, JNTUK Kakinada, Andhra Pradesh, India., IN

📄 View / Download PDF 📄 View Details

Abstract - Expansive soils are widely distributed approximately one-sixth of the total area of our country. Expansive soil causes great damage to infrastructures is very common. In view, construction of buildings on unsuitable ground is not able to be avoided and making a suitable ground before constructions is real challenging issue for Geotechnical Engineers. To overcome the difficulties experienced by the expansive soil in geotechnical applications on one side and safe disposal of solid wastes on the other side, an attempt is made to investigate the possibilities of utilizing the solid wastes to improve the strength and engineering behaviors of the expansive soil. In this, present investigation the type of solid waste namely Rice Husk Ash for stabilization is selected to study the effects and engineering characteristics of the expansive soil. The present study deals with the strength behavior of the expansive soil collected from Rellugadda nearby Amalapuram, East Godavari district, Andhra Pradesh, India.The rice husk ash is mixed with soil in various
proportions like 5%, 10%, 15%, 20%. The various tests are conducted on these proportions of rice husk ash and tests have been carried out and results were reported in this paper.

Keywords: Expansive Soil, Rice Husk Ash, Ferric Chloride, Optimum Moisture Content (OMC) & Maximum Dry Density (MDD), CBR

Vol.5, Issue 12 · Issue 12 2019 · ID: IJT-2021-4D7E34

STUDY ON FRACTURE PARAMETERS OF SELF-COMPACTING CONCRETE

VIJAYAKUMAR HALAKATTI · Department of Civil Engineering, Smt. Kamala and Shri. Venkappa. M. Agadi College of Engineering and Technology (SKSVMACET) LAKSHMESHWAR-582116, Dist: Gadag, Karnataka State, India., IN

📄 View / Download PDF 📄 View Details

Abstract This paper evaluates the fracture and material properties of self-compacting concrete (SCC) derived from the various non-linear fracture models from experiments through the three point bending tests on a series of geometrically similar beams. Using these properties as input data, computer simulation is performed using ATENA software by both smeared and discrete crack approach. A good agreement is observed between the experimental load-CMOD curves and the curves predicted by simulation. The total fracture energy , critical crack tip opening displacement determined () by RILEM and the stress intensity factor ( ) determined by LEFM principle are found to be size dependent where as and initial fracture energy ( ) determined by RILEM are found to be material dependent properties. The size independent fracture energy is evaluated for SCCby tail end correction method. The influence of size effect and brittleness in SCC beams are identified. A bilinear crack model is proposed for SCC with a kink point. Efforts were made to link the fracture parameters of SCC to the proposed model. The co-ordinate of kink point such as stress ratio Ψ is directly calculated. Efforts are made to correlate the propagation of the cracks captured at increased loads during tests and simulation process on beams.

Keywords: Self compacting concrete, fracture parameters, simulation, kink point, bilinear model, size effect, brittleness.

Vol.5, Issue 12 · Issue 12 2019 · ID: IJT-2021-0CA84E

MODELING OF FRACTURE OF STEEL FIBER REINFORCED SELF-COMPACTING CONCRETE

📄 View / Download PDF 📄 View Details

Abstract In this paper, a simple, effective and constitutive size dependent finite element based tri-linear model for cohesive fracture of steel fiber reinforced self-compacting concrete (SFRSCC) with two kink points for mode-I fracture is proposed. The co-ordinates of the first kink point is size independent and calculated directly from the geometry of the model whereas for second one the horizontal ordinate is hypothesized to crack tip opening displacement (CTODc) of concrete and vertical ordinates is dependent on size of beam. Experimentally, the 3 geometrically similar sizes 100x240x1100,100x120x550 and 100x60x275mm as per RILEM are used for the tests under 3 point bending. The fracture parameters (total fracture energy, initial fracture energy, , critical stress intensity factor and fracture process zone length ) used to link the fracture model are determined by various nonlinear(NLFM) fracture models. The two parameter fracture model, size effect model are based on effective elastic crack approach and work of fracture and crack band model are based on fictitious crack approach. The fracture zone of the model has small aggregate bridging zone and large fiber bridging zone. Since the simulated monotonic load (P) v/s crack mouth opening displacement (CMOD) curves perfectly fit with that of experimental curves, a tri-linear model can be predicted by finite element based ATENA software. Unlike for plain concrete, the total fracture energy CT0Dc increases with decrease in size of SFRSCC beams. Hence there is no size effect but noticeable only for large size SFRSCC beams.
The toughness properties such as toughness index, toughness ratio determined as per ASTM C 1018 and ductility ratio increases with decrease in size of beams. Empirical formula established for all these quantities are useful for the design of beams based on toughness and ductility respectively.

Keywords: SFRSCC, tri-linear model, fracture parameters, size effect, toughness, ductility ratio, response reduction factor.

Vol.5, Issue 12 · Issue 12 2019 · ID: IJT-2021-BDF453

WEB SENTIMENTAL ANALYSIS FOR SCORING POSITIVE OR NEGATIVE ASPECT IN REAL TIME DATA

Miss Ravina D. Shukla , Prof. C.M. Mankar · Department of computer science and engineering SSGMCE , Shegaon, India., IN

📄 View / Download PDF 📄 View Details

Abstract In recent years, we all are witnessed a flourish of review websites. It Provide us a good opportunity to share our Reviews various products we get. However, we see the information overloading problem. Analysis of Social media needs to be undertaken over large volumes of data in an efficient and timely manner. Analyzing the media content has been centralized in social sciences, due to the key role that the social media plays in modeling public opinion.. In this work, we propose a sentimental analysis based rating prediction method (RPS) to improve prediction accuracy in recommender systems.next we not only consider a user’s own sentimental attributes but also take interpersonal sentimental influence into consideration. Data from the 2011 Social Shopping Study indicates that 50% of consumers spend 75% or most of the users believe on online reviews, We evaluation of the three sentimental factors on a real-world dataset collected from Yelp. 90% of users who new to business they used this sydtem to make their product better.

Volume 4 2018

13 issues · 1461 papers

Issue 1

(January - March) 2018

44 papers →

Issue 2

(April - June) 2018

22 papers →

Issue 3

(July - September) 2018

22 papers →

Issue 4

(October - December) 2018

64 papers →

Issue 5

Issue 5 2018

240 papers →

Issue 6

Issue 6 2018

251 papers →

Issue 7

Issue 7 2018

201 papers →

Issue 8

Issue 8 2018

157 papers →

Issue 9

Issue 9 2018

120 papers →

Issue 10

Issue 10 2018

92 papers →

Issue 11

Issue 11 2018

104 papers →

Issue 12

Issue 12 2018

114 papers →

Issue 13

Issue 13 2018

30 papers →

Volume 3 2017

12 issues · 216 papers

Issue 1

(January - March) 2017

1 paper →

Issue 2

(April - June) 2017

3 papers →

Issue 3

(July - September) 2017

20 papers →

Issue 4

(October - December) 2017

37 papers →

Issue 5

Issue 5 2017

22 papers →

Issue 6

Issue 6 2017

15 papers →

Issue 7

Issue 7 2017

12 papers →

Issue 8

Issue 8 2017

4 papers →

Issue 9

Issue 9 2017

9 papers →

Issue 10

Issue 10 2017

26 papers →

Issue 11

Issue 11 2017

32 papers →

Issue 12

Issue 12 2017

35 papers →

Volume 2 2016

9 issues · 32 papers

Issue 1

(January - March) 2016

1 paper →

Issue 4

(October - December) 2016

7 papers →

Issue 5

Issue 5 2016

7 papers →

Issue 6

Issue 6 2016

1 paper →

Issue 8

Issue 8 2016

1 paper →

Issue 9

Issue 9 2016

3 papers →

Issue 10

Issue 10 2016

5 papers →

Issue 11

Issue 11 2016

4 papers →

Issue 12

Issue 12 2016

3 papers →

📄 Submit Your Paper

Open Access • Blind-peer Reviewed •
UGC Approved • Quarterly Publication

Submit Now →

📅 Submission Deadline

20-Sep-2026

Vol. 12 | Issue 3 | September 2026

📄 Journal Information

Journal	:	IJTIMES
Full Name	:	International Journal of Technical Innovation in Modern Engineering & Science
ISSN Online	:	2455-2585
UGC No.	:	47719
Impact Factor	:	5.99
Frequency	:	Quarterly (4 Issues/Year)
Started	:	2015
Language	:	English
Review Type	:	Double-Blind Peer Review
Review Time	:	12-15 weeks
Access	:	Open Access
UGC Approved	:	Yes
Discipline	:	Engineering & Technology
Email	:	editor@ijtimes.com

Email	:	editor@ijtimes.com
Hours	:	Mon–Sat, 10AM–6PM IST
Response	:	Within 1–2 working days