Optimization of raw material properties of natural starch by food glue based on dry heat method

SALMAN, Sadeq; Sharaf, Hussein Kadhim; Hussein, Ahmed Faeq; KHALAF, Najlaa Jasim; ABBAS, Mohammed Khudhair; Aned, Ashham Mohammed; AL-TAIE, Alaa Abdulazeez Turki; Jaber, Mustafa Musa

doi:10.1590/fst.78121

Cited by 11 publications

(10 citation statements)

References 21 publications

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“…The buckling behavior of graphite/epoxy shafts under torsional loading was investigated by [21], who discovered that theoretical and experimental results agreed with one another in a satisfactory manner. It was discovered that increasing the layer count of filament wound hybrid carbon/glass composite shafts improved the torsional performance of the shafts [22]. According to [13], the maximization of the critical buckling torque requires the use of hoop layers.…”

Section: Literature Review and Problem Statementmentioning

confidence: 99%

Identifying the mechanism of the fatigue behavior of the composite shaft subjected to variable load

Al-Fahad

Sharaf

Bachache

et al. 2023

EEJET

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This paper presents a finite element analysis of a composite shaft under dynamic variable fatigue loading. The object of this study is the behavior of the fatigue life of a composite shaft under dynamic variable fatigue loading. The fatigue life of the shaft is then determined by analyzing the stress distribution and its effect on the material's fatigue strength. The investigation of fatigue behavior involves evaluating factors such as stress concentrations, fatigue crack initiation and propagation, and the cumulative damage caused by cyclic loading. The study explores the impact of biaxial loading on the shaft's fatigue performance and provides insights into its significance in predicting fatigue life and it is 10e7 cycles. Furthermore, a damage indicator is predicted to assess the accumulated damage and monitor the progression of fatigue-related degradation. This indicator serves as a valuable tool for predicting the remaining useful life of the composite shaft. The equivalent alternative stress is calculated to characterize the combined effect of different loading conditions on the fatigue life of the composite shaft. By quantifying the stress level and variations experienced by the structure, this parameter allows for a comprehensive assessment of the fatigue performance under variable loading scenarios 250 N. The findings of this research contribute to the understanding of fatigue behavior in composite shafts under dynamic variable fatigue loading. The insights gained from the fatigue life investigation, biaxiality indication, damage prediction, and equivalent alternative stress calculation can aid in optimizing design considerations, maintenance planning, and enhancing the reliability and durability of composite shafts in various engineering applications

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Section: Literature Review and Problem Statementmentioning

confidence: 99%

Identifying the mechanism of the fatigue behavior of the composite shaft subjected to variable load

Al-Fahad

Sharaf

Bachache

et al. 2023

EEJET

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“…The successful use of this technology breakthrough is now one of the primary factors that determines a company's capacity to remain in business and remain competitive. It has been suggested that one of the most significant applications of AIS is in the realm of financial reporting [13].…”

Section: Literature Review and Problem Statementmentioning

confidence: 99%

The implementation of accounting information systems on the stock return and financial performance based on information technology (IT)

Abed,

Kareem,

Jabbar

et al. 2023

EEJET

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This study investigates the influence of Accounting Information Systems (AIS) on stock return and financial performance. When it comes to organizations, AIS play a crucial part in the process of acquiring, processing, and communicating financial information. The efficient functioning of AIS has the potential to impact stock returns and overall financial performance, making it an essential area of research. The study employs a comprehensive analysis of relevant literature, empirical data, and statistical techniques to examine the relationship between AIS and stock return as well as financial performance. The findings of this study aim to provide insights into the extent to which AIS influences stock return and financial performance. A positive relationship between a well-functioning AIS and stock return is expected, given the importance of accurate and timely financial information in investors' decision-making process. Financial performance parameters including profitability, efficiency, and liquidity are all expected to benefit from a robust AIS. There are major practical and theoretical ramifications of this study. Companies may benefit from better decisions on AIS improvements, maintenance, and rollout if they have a firm grasp of how AIS affects stock performance and overall financial results. According to the data, the efficacy of the accounting information system based on IT has a P value of –0.009, while its t value is equal to 0.027. According to the findings, the return on assets (ROA) has a P value that is equal to –0.592, while its t value is equal to 0.13. Further, AIS's significance in evaluating a firm's financial health and making investment decisions may be better understood. As a result of analyzing how Accounting Information Systems affect stock return and financial performance, this study adds to the current body of information. The results will enhance our understanding of the role of AIS in shaping investment outcomes and financial success.

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“…This is in comparison to the behaviour of regular 2D laminated and woven composites [2]. The through-thickness direction of a woven fabric, its impact damage tolerance, and its resistance to delamination are all areas in which the fabric may be modified to fulfil the requirements of a specific structural application [3,4].…”

Section: Introductionmentioning

confidence: 99%

Investigation of the Impact Response of Plain Weave E-Glass Composite Structure Based on the EN ISO 178 Standard

Basim A. Sadkhan,

Emad Jebur Yousif,

Ali Talib Shomran

et al. 2024

ARAM

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In this investigation, The impact response of composite materials constructed with plain weave E-Glass has been analysed numerically. The numerical analysis has been appropriately validated through the utilisation of the experimental work. Energy conservation and the current condition of affairs have both been the subject of extensive research. Following its conclusion, the impact test was assessed to have lasted a total of 6 e-5 seconds. A significant transformation has taken place in the energy that is emanating from the hourglass. The value decreased progressively from 3.5 e-7 J at 0 seconds to 1 e-5 seconds prior to reaching a stable state. A novel maximal strain of 0.0003 mm/mm has been identified as being achievable through the application of elastic strain. It is feasible to obtain this novel maximal strain. An empirical investigation revealed the application of a cumulative force measuring 7868.7 N. The structure has experienced a complete deformation of 0.0014 mm in the midsection as a direct result of the simulation implementation. The present value of tension is an unprecedented maximum of 0.0013 mm, which is the highest value conceivably achievable.

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Optimization of raw material properties of natural starch by food glue based on dry heat method

Cited by 11 publications

References 21 publications

Identifying the mechanism of the fatigue behavior of the composite shaft subjected to variable load

Identifying the mechanism of the fatigue behavior of the composite shaft subjected to variable load

The implementation of accounting information systems on the stock return and financial performance based on information technology (IT)

Investigation of the Impact Response of Plain Weave E-Glass Composite Structure Based on the EN ISO 178 Standard

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