Kaniz Farhana - Profile on Academia.edu (original) (raw)

Papers by Kaniz Farhana

Comparing hydrogen fuel cost of production from various sources - a competitive analysis

Energy Conversion and Management, Jan 31, 2024

Sustainable Energy Research, Jan 3, 2024

The thermal flat plate solar collector (FPSC) is a versatile solar harvesting system that may be ... more The thermal flat plate solar collector (FPSC) is a versatile solar harvesting system that may be integrated into various designs and base fluids. This study presents a novel investigation of using nanofluids to transfer thermal energy in an FPSC system. Using the governing equations in CFD simulations, the performance of an FPSC is studied numerically. The base fluid has been defined as a 60:40 blend of ethylene glycol and water. The effects of three distinct volume fractions of MXene nanofluids in the 0.01-0.1% range on the efficiency are investigated. The numerical findings revealed that employing MXene nanofluid increases outlet temperature efficiency by about 5.83%, 6.06%, and 6.31% when 0.01%, 0.05%, and 0.1% volume fractions of nanofluids are used, respectively. The research aims to create a validated numerical model that can be used to assess the effectiveness of FPSC utilizing ethylene glycol and water or other nanofluids of any mass fraction as a working fluid. To examine the overall effectiveness of the FPSC, a numerical model was created using Solidworks software and ANSYS ICEM CFD. The numerical findings revealed that (i) increasing the proportion of MXene nanofluid in the FPCS enhances efficiency to 0.1% volume fraction, and (ii) MXene nanoparticles may be used in the solar collector to improve efficiency.

Sustainable hydrogen energy in aviation – A narrative review

International Journal of Hydrogen Energy

Cotton waste research follows the effect of pre-treatment and the observation of physical appearance

IOP Conference Series: Materials Science and Engineering, 2021

This paper aims to evaluate the waste cotton quality and its commercialization. The recycled cott... more This paper aims to evaluate the waste cotton quality and its commercialization. The recycled cotton demand seems to be increased day by day: although the lower quality of the resulting items is the biggest barrier to cotton recycling. A thorough analysis of recycled cotton processes is therefore necessary from separation/shredding to completion. To that end, textile wastes made of pre-consumer cotton were systematically collected from the spinning mill. After pretreatment of cotton waste cellulose by caustic soda, alkali, and detergent in 100°C temperature for 30 minutes have produced white clean cotton. Following the next process by sodium hydroxide and isopropyl alcohol must produce Carboxymethyl Cellulose (CMC). CMC has big use in Textile printing, finishing, and warp sizing even in Ice-cream and food baking industry. Recent success stories will be addressed with the steady cotton processing to altering the properties of cell wall cotton and cotton fiber. The prospects of conduct...

Sustainable Energy Technologies and Assessments, 2021

This study analyses the efficiency enhancement of flat plate solar collector using Al 2 O 3 and c... more This study analyses the efficiency enhancement of flat plate solar collector using Al 2 O 3 and crystal nano-cellulose (CNC) nanofluids. The upward energy demand along with the depletion of conventional energy sources demands improved utilization of renewable energy resources. Among all renewable energy resources, solar energy is the most appropriate alternative to conventional energy sources owing to its inexhaustibility and green property. Solar collectors are devices that convert solar radiation into heat or energy. However, the efficiency of the solar collector is still not adequate. The competent step to enhance the efficiency of the solar collector is to use nanofluids. This study is carried out different phases viz. characterization and stabilization while both qualitative and quantitative methods used to evaluate the stability of nanofluids; several thermo-physical properties of Al 2 O 3 and CNC nanofluids such as thermal conductivity measured at four different temperature using KD2 Pro, viscosity and specific heat determined at similar temperature range by viscometer and differential scanning calorimetry respectively; implementation of nanofluids in the solar collector. The experiment is executed with a fixed flow rate and in steady-state conditions under open solar radiation. The experimental study has revealed that up to 2.48% and 8.46% efficiency of solar collector enhanced by using 0.5% Al 2 O 3 and 0.5% CNC nanofluids respectively. Moreover, nanofluids show good to moderate stability performance. In addition, the thermal conductivity of nanofluids increased while viscosity is in decreasing trend with increasing temperature. Applying nanofluids could enhance the efficiency of a flat-plate solar collector.

Journal of Advanced Research in Materials Science, 2020

The aim of this experimental research study is to evaluate the thermal behaviour of crystal nanoc... more The aim of this experimental research study is to evaluate the thermal behaviour of crystal nanocellulose (CNC) nanofluids. Aqueous ethylene glycol (60: 40; W: EG) used as base fluid and 0.1%, 0.3% and 0.5% volume concentrations were designated here. Crystal nanocellulose nanofluids were prepared by two-step method. Thermal conductivity, viscosity, density, specific heat capacity and pH were assessed with standard measurement method and equipment. In this present work, thermal conductivity of 0.3% CNC nanofluids was increased of about 25% at 80 0 c; viscosity decreased; 0.1% nanofluid exhibit lowest viscosity performance at 80 0 c. In addition to this, 0.5% CNC nanofluid performed better declination of specific heat with increasing temperature up to 70 0 C and lowest error percentage in density measurement. However, some data of the experiments were distracted.

Journal of Thermal Analysis and Calorimetry, 2019

Nanotechnology has emerged to be an essential aspect of science and technology. The growth of thi... more Nanotechnology has emerged to be an essential aspect of science and technology. The growth of this field has been enormous specifically in the development of nanomaterials. Till date, numerous nanomaterials have been developed and designed to suit various applications from mechanical to biomedical. Among the developed nanomaterial, alumina (Al) has been subject of interest due to its notable chemical and physical properties. Specifically, in thermal properties, Al has been shown to have superior thermal conductivity, convective heat transfer coefficient and heat transfer coefficient properties. As such, Al has been utilized in different forms in various fields of applications and verified for its importance, significance and efficiency. Though it had shown outstanding results in the field engineering and sciences, their effect towards the environment and human health is yet to be explored extensively. The present paper aims to review the significance of Al nanoparticle addition in mono-and hybrid nanofluids. Also, this paper intends to provide the reader with an overview of the works that have been carried out using Al nanoparticles and their findings.

Nano-Structures & Nano-Objects, 2019

The upward energy demand along with the depletion of conventional energy sources demands improved... more The upward energy demand along with the depletion of conventional energy sources demands improved utilization of renewable energy resources. Among many energy resources, solar energy is the most appropriate alternative to conventional energy sources owing to its inexhaustibility and green property. Solar collectors are the devices which convert the solar radiation into heat or energy. Solar collector's efficiency should be improved by nanofluids. The importance and significance of nanofluid on the performance of solar collectors especially on thermal properties are extensively described here. Six types of solar collector's viz. flat plate, evacuated tube, direct absorber, parabolic trough, solar dish, and photovoltaic thermal solar collector performance has been extensively reviewed here. The nanomaterials such as TiO 2 , CuO, ZnO, Al 2 O 3 , and MWCNTS in base fluids with polymer dispersant or surfactants forming nanofluids for the mentioned types of solar collectors are compiled. Further, the quantification of the improvement in solar collector performance utilizing these nanofluids as working fluid is compiled. Recent problems of these nanofluids performance in the solar collectors are included and a future recommendation of research based on these problems is also covered.

IOP Conference Series: Materials Science and Engineering, 2019

This paper aimed to evaluate the state of three different flow parameters of nanofluids and hybri... more This paper aimed to evaluate the state of three different flow parameters of nanofluids and hybrid nanofluids flowing through inside header and riser tube of flat plate solar collector. This research work studied with Computational fluid dynamics (CFD) modelling method using nanofluids (Al2O3, TiO2, ZnO) and hybrid nanofluids (Al2O3+TiO2, TiO2+ZnO, ZnO + Al2O3). The modelling was three dimensional under k-epsilon turbulence model, which was set with Standard and Standard Wall Functions. Besides, Absolute reference frame and calculative intensity percentage was fixed. The base fluid was water as well as volume fraction of nanofluids and hybrid nanofluids was 0.1%. Single-phase viscous model with energy equation used. Three types of design models (Model A, B and C) used with fixed inlet and outlet diameter. The number of header tubes fixed with two, but the number of riser tube varied such as two, seven and twelve. Maximum dynamic pressure increased in model B for both nanofluid and hybrid nanofluid of about 48% and 16% respectively. Velocity magnitude enhanced in maximal for both nanofluid and hybrid nanofluid in model B. Besides, highest turbulence kinetic energy achieved in model A (5.5%) for nanofluids and in model B (18%) for hybrid nanofluids. Model B perform better comparing with model A and model C.

Review of MXenes as a component in smart textiles and an adsorbent for textile wastewater remediation

Chinese Chemical Letters

IOP Conference Series: Materials Science and Engineering, 2019

In this study, Computational Fluid Dynamics (CFD) modelling of internal energy with different nan... more In this study, Computational Fluid Dynamics (CFD) modelling of internal energy with different nanofluids (TiO2 and crystal nano cellulose) studied. The modelling was three dimensional under Viscous Laminar model. The base fluid for nanoparticles was 60% water+40% ethylene glycol along with individual water and ethylene glycol fluids. Volume fraction of nanofluids was 0.5% and single-phase model used. The diameter of inlet and outlet was fixed of individual model and three kinds of designing model used here. The diameter of both header and riser tubes varied whereas the number of tubes varied only for riser. The results revealed that diameter and number of tubes (riser) do not affect on the internal energy. Since internal energy only depends on different properties of the inside fluids.

Graphene as an Alternative Additive in Automotive Cooling System

Lecture notes in mechanical engineering, Aug 9, 2022

Sustainability

Graphene, with its amazing prospects and nonpareil aspects, has enticed scientists and researcher... more Graphene, with its amazing prospects and nonpareil aspects, has enticed scientists and researchers all over the globe in a significant fashion. Graphene, the super material, endlessly demonstrates some of the substantial, as well as desired, mechanical, thermal, optical, and chemical characteristics which are just about to bring about an unprecedented transformation in the science and technology field. Being derived from graphite, graphene is made of one-atom-thick, two-dimensional carbon atoms arranged in a honeycomb lattice. This Nobel-prize-winning phenomenon includes properties that may result in a new dawn of technology. Graphene, the European Union’s (EU) largest pledged project, has been extensively researched since its discovery. Several stable procedures have been developed to produce graphene nanoparticles in laboratories worldwide. Consequently, miscellaneous applications and futuristic approaches in artificial intelligence (AI)-based technology, biomedical and nanomedici...

Design and development of highly efficient nano fluidic flat plate solar collector

Journal of Textile Science & Engineering, 2015

A Short Review of Nano-Cellulose Preparation from Textile Spinning Waste Cotton

2021 International Congress of Advanced Technology and Engineering (ICOTEN), 2021

Cotton fiber is the most used natural fiber among all other fibers as its application is not boun... more Cotton fiber is the most used natural fiber among all other fibers as its application is not bound to the restriction. Cotton cellulose is a linear biopolymer and cotton is the most abundant as well as the most popular natural fiber for preparing natural human apparel that directly produces from nature. In the process of apparel manufacturing, each year huge amount of cotton fiber turns into waste. This paper aims to evaluate the preparation of nano-cellulose or nanocrystal cellulose from this waste cotton. Therefore, the waste cotton scenario of the spinning industry, statistics of waste cotton, and nanofiber in the spinning industry studied elaborately. Besides, this review describes the nano-cellulose materials preparation techniques, cotton waste source, nano-cellulose physical structure. Nanocellulose is prepared using a variety of methods, including biological, mechanical, organic mechanical, bacterial, and enzyme processes, as well as a variety of chemicals. Nano-cellulose preparation processes with a high proportion aspect and strong thermal efficiency in this phase pave the way for alternative cotton reuse. Nano-cellulose has become commercially popular, but it cannot be used across the market at a high price, but waste cotton is the solution for the cheap end price for food supply, drug supply, army dress, and textiles. Due to the availability of waste cotton in very cheap in market and conversion to valuable product it will be a value added product.

Design of Intelligent Mixer Machine for Food Applications

Lecture notes in electrical engineering, Aug 11, 2022

An Experimental Evaluation of Specific Heat of Mono and Hybrid Nanofluids

Lecture notes in mechanical engineering, Aug 9, 2022

Applications of Graphene Nanomaterials in Energy Storage—A State-of-Art Short Review

Lecture notes in mechanical engineering, Aug 9, 2022

International Journal of Industrial Management

Bangladesh has made a tremendous contribution to RMG (Ready Made Garment) sector since the 1970s.... more Bangladesh has made a tremendous contribution to RMG (Ready Made Garment) sector since the 1970s. Textiles and apparels consider for about 85% of the total export earnings of Bangladesh. Though it’s quite difficult to mete out the dimension of performance and objection of the RMG sector in Bangladesh but to fulfill the task this study has made a search based on the study of attainable documents. The beauty of this study lies in its way of narration, a sequential way of description. The study discovers that since its inception, the RMG industry contributed significantly to our economy especially during the last three decades. The cross-check analysis has been conducted to compare the last three decades’ export of RMG, specific garments export, GDP, market share, etc to get a lucid idea of the business trend of the RMG industry. These initiatives focus more on the establishment of sound structure, skilled manpower, enhanced market access, access to finance at the competitive interest ...

Comparing hydrogen fuel cost of production from various sources - a competitive analysis

Energy Conversion and Management, Jan 31, 2024

Sustainable Energy Research, Jan 3, 2024

The thermal flat plate solar collector (FPSC) is a versatile solar harvesting system that may be ... more The thermal flat plate solar collector (FPSC) is a versatile solar harvesting system that may be integrated into various designs and base fluids. This study presents a novel investigation of using nanofluids to transfer thermal energy in an FPSC system. Using the governing equations in CFD simulations, the performance of an FPSC is studied numerically. The base fluid has been defined as a 60:40 blend of ethylene glycol and water. The effects of three distinct volume fractions of MXene nanofluids in the 0.01-0.1% range on the efficiency are investigated. The numerical findings revealed that employing MXene nanofluid increases outlet temperature efficiency by about 5.83%, 6.06%, and 6.31% when 0.01%, 0.05%, and 0.1% volume fractions of nanofluids are used, respectively. The research aims to create a validated numerical model that can be used to assess the effectiveness of FPSC utilizing ethylene glycol and water or other nanofluids of any mass fraction as a working fluid. To examine the overall effectiveness of the FPSC, a numerical model was created using Solidworks software and ANSYS ICEM CFD. The numerical findings revealed that (i) increasing the proportion of MXene nanofluid in the FPCS enhances efficiency to 0.1% volume fraction, and (ii) MXene nanoparticles may be used in the solar collector to improve efficiency.

Sustainable hydrogen energy in aviation – A narrative review

International Journal of Hydrogen Energy

Cotton waste research follows the effect of pre-treatment and the observation of physical appearance

IOP Conference Series: Materials Science and Engineering, 2021

This paper aims to evaluate the waste cotton quality and its commercialization. The recycled cott... more This paper aims to evaluate the waste cotton quality and its commercialization. The recycled cotton demand seems to be increased day by day: although the lower quality of the resulting items is the biggest barrier to cotton recycling. A thorough analysis of recycled cotton processes is therefore necessary from separation/shredding to completion. To that end, textile wastes made of pre-consumer cotton were systematically collected from the spinning mill. After pretreatment of cotton waste cellulose by caustic soda, alkali, and detergent in 100°C temperature for 30 minutes have produced white clean cotton. Following the next process by sodium hydroxide and isopropyl alcohol must produce Carboxymethyl Cellulose (CMC). CMC has big use in Textile printing, finishing, and warp sizing even in Ice-cream and food baking industry. Recent success stories will be addressed with the steady cotton processing to altering the properties of cell wall cotton and cotton fiber. The prospects of conduct...

Sustainable Energy Technologies and Assessments, 2021

This study analyses the efficiency enhancement of flat plate solar collector using Al 2 O 3 and c... more This study analyses the efficiency enhancement of flat plate solar collector using Al 2 O 3 and crystal nano-cellulose (CNC) nanofluids. The upward energy demand along with the depletion of conventional energy sources demands improved utilization of renewable energy resources. Among all renewable energy resources, solar energy is the most appropriate alternative to conventional energy sources owing to its inexhaustibility and green property. Solar collectors are devices that convert solar radiation into heat or energy. However, the efficiency of the solar collector is still not adequate. The competent step to enhance the efficiency of the solar collector is to use nanofluids. This study is carried out different phases viz. characterization and stabilization while both qualitative and quantitative methods used to evaluate the stability of nanofluids; several thermo-physical properties of Al 2 O 3 and CNC nanofluids such as thermal conductivity measured at four different temperature using KD2 Pro, viscosity and specific heat determined at similar temperature range by viscometer and differential scanning calorimetry respectively; implementation of nanofluids in the solar collector. The experiment is executed with a fixed flow rate and in steady-state conditions under open solar radiation. The experimental study has revealed that up to 2.48% and 8.46% efficiency of solar collector enhanced by using 0.5% Al 2 O 3 and 0.5% CNC nanofluids respectively. Moreover, nanofluids show good to moderate stability performance. In addition, the thermal conductivity of nanofluids increased while viscosity is in decreasing trend with increasing temperature. Applying nanofluids could enhance the efficiency of a flat-plate solar collector.

Journal of Advanced Research in Materials Science, 2020

The aim of this experimental research study is to evaluate the thermal behaviour of crystal nanoc... more The aim of this experimental research study is to evaluate the thermal behaviour of crystal nanocellulose (CNC) nanofluids. Aqueous ethylene glycol (60: 40; W: EG) used as base fluid and 0.1%, 0.3% and 0.5% volume concentrations were designated here. Crystal nanocellulose nanofluids were prepared by two-step method. Thermal conductivity, viscosity, density, specific heat capacity and pH were assessed with standard measurement method and equipment. In this present work, thermal conductivity of 0.3% CNC nanofluids was increased of about 25% at 80 0 c; viscosity decreased; 0.1% nanofluid exhibit lowest viscosity performance at 80 0 c. In addition to this, 0.5% CNC nanofluid performed better declination of specific heat with increasing temperature up to 70 0 C and lowest error percentage in density measurement. However, some data of the experiments were distracted.

Journal of Thermal Analysis and Calorimetry, 2019

Nanotechnology has emerged to be an essential aspect of science and technology. The growth of thi... more Nanotechnology has emerged to be an essential aspect of science and technology. The growth of this field has been enormous specifically in the development of nanomaterials. Till date, numerous nanomaterials have been developed and designed to suit various applications from mechanical to biomedical. Among the developed nanomaterial, alumina (Al) has been subject of interest due to its notable chemical and physical properties. Specifically, in thermal properties, Al has been shown to have superior thermal conductivity, convective heat transfer coefficient and heat transfer coefficient properties. As such, Al has been utilized in different forms in various fields of applications and verified for its importance, significance and efficiency. Though it had shown outstanding results in the field engineering and sciences, their effect towards the environment and human health is yet to be explored extensively. The present paper aims to review the significance of Al nanoparticle addition in mono-and hybrid nanofluids. Also, this paper intends to provide the reader with an overview of the works that have been carried out using Al nanoparticles and their findings.

Nano-Structures & Nano-Objects, 2019

The upward energy demand along with the depletion of conventional energy sources demands improved... more The upward energy demand along with the depletion of conventional energy sources demands improved utilization of renewable energy resources. Among many energy resources, solar energy is the most appropriate alternative to conventional energy sources owing to its inexhaustibility and green property. Solar collectors are the devices which convert the solar radiation into heat or energy. Solar collector's efficiency should be improved by nanofluids. The importance and significance of nanofluid on the performance of solar collectors especially on thermal properties are extensively described here. Six types of solar collector's viz. flat plate, evacuated tube, direct absorber, parabolic trough, solar dish, and photovoltaic thermal solar collector performance has been extensively reviewed here. The nanomaterials such as TiO 2 , CuO, ZnO, Al 2 O 3 , and MWCNTS in base fluids with polymer dispersant or surfactants forming nanofluids for the mentioned types of solar collectors are compiled. Further, the quantification of the improvement in solar collector performance utilizing these nanofluids as working fluid is compiled. Recent problems of these nanofluids performance in the solar collectors are included and a future recommendation of research based on these problems is also covered.

IOP Conference Series: Materials Science and Engineering, 2019

This paper aimed to evaluate the state of three different flow parameters of nanofluids and hybri... more This paper aimed to evaluate the state of three different flow parameters of nanofluids and hybrid nanofluids flowing through inside header and riser tube of flat plate solar collector. This research work studied with Computational fluid dynamics (CFD) modelling method using nanofluids (Al2O3, TiO2, ZnO) and hybrid nanofluids (Al2O3+TiO2, TiO2+ZnO, ZnO + Al2O3). The modelling was three dimensional under k-epsilon turbulence model, which was set with Standard and Standard Wall Functions. Besides, Absolute reference frame and calculative intensity percentage was fixed. The base fluid was water as well as volume fraction of nanofluids and hybrid nanofluids was 0.1%. Single-phase viscous model with energy equation used. Three types of design models (Model A, B and C) used with fixed inlet and outlet diameter. The number of header tubes fixed with two, but the number of riser tube varied such as two, seven and twelve. Maximum dynamic pressure increased in model B for both nanofluid and hybrid nanofluid of about 48% and 16% respectively. Velocity magnitude enhanced in maximal for both nanofluid and hybrid nanofluid in model B. Besides, highest turbulence kinetic energy achieved in model A (5.5%) for nanofluids and in model B (18%) for hybrid nanofluids. Model B perform better comparing with model A and model C.

Review of MXenes as a component in smart textiles and an adsorbent for textile wastewater remediation

Chinese Chemical Letters

IOP Conference Series: Materials Science and Engineering, 2019

In this study, Computational Fluid Dynamics (CFD) modelling of internal energy with different nan... more In this study, Computational Fluid Dynamics (CFD) modelling of internal energy with different nanofluids (TiO2 and crystal nano cellulose) studied. The modelling was three dimensional under Viscous Laminar model. The base fluid for nanoparticles was 60% water+40% ethylene glycol along with individual water and ethylene glycol fluids. Volume fraction of nanofluids was 0.5% and single-phase model used. The diameter of inlet and outlet was fixed of individual model and three kinds of designing model used here. The diameter of both header and riser tubes varied whereas the number of tubes varied only for riser. The results revealed that diameter and number of tubes (riser) do not affect on the internal energy. Since internal energy only depends on different properties of the inside fluids.

Graphene as an Alternative Additive in Automotive Cooling System

Lecture notes in mechanical engineering, Aug 9, 2022

Sustainability

Graphene, with its amazing prospects and nonpareil aspects, has enticed scientists and researcher... more Graphene, with its amazing prospects and nonpareil aspects, has enticed scientists and researchers all over the globe in a significant fashion. Graphene, the super material, endlessly demonstrates some of the substantial, as well as desired, mechanical, thermal, optical, and chemical characteristics which are just about to bring about an unprecedented transformation in the science and technology field. Being derived from graphite, graphene is made of one-atom-thick, two-dimensional carbon atoms arranged in a honeycomb lattice. This Nobel-prize-winning phenomenon includes properties that may result in a new dawn of technology. Graphene, the European Union’s (EU) largest pledged project, has been extensively researched since its discovery. Several stable procedures have been developed to produce graphene nanoparticles in laboratories worldwide. Consequently, miscellaneous applications and futuristic approaches in artificial intelligence (AI)-based technology, biomedical and nanomedici...

Design and development of highly efficient nano fluidic flat plate solar collector

Journal of Textile Science & Engineering, 2015

A Short Review of Nano-Cellulose Preparation from Textile Spinning Waste Cotton

2021 International Congress of Advanced Technology and Engineering (ICOTEN), 2021

Cotton fiber is the most used natural fiber among all other fibers as its application is not boun... more Cotton fiber is the most used natural fiber among all other fibers as its application is not bound to the restriction. Cotton cellulose is a linear biopolymer and cotton is the most abundant as well as the most popular natural fiber for preparing natural human apparel that directly produces from nature. In the process of apparel manufacturing, each year huge amount of cotton fiber turns into waste. This paper aims to evaluate the preparation of nano-cellulose or nanocrystal cellulose from this waste cotton. Therefore, the waste cotton scenario of the spinning industry, statistics of waste cotton, and nanofiber in the spinning industry studied elaborately. Besides, this review describes the nano-cellulose materials preparation techniques, cotton waste source, nano-cellulose physical structure. Nanocellulose is prepared using a variety of methods, including biological, mechanical, organic mechanical, bacterial, and enzyme processes, as well as a variety of chemicals. Nano-cellulose preparation processes with a high proportion aspect and strong thermal efficiency in this phase pave the way for alternative cotton reuse. Nano-cellulose has become commercially popular, but it cannot be used across the market at a high price, but waste cotton is the solution for the cheap end price for food supply, drug supply, army dress, and textiles. Due to the availability of waste cotton in very cheap in market and conversion to valuable product it will be a value added product.

Design of Intelligent Mixer Machine for Food Applications

Lecture notes in electrical engineering, Aug 11, 2022

An Experimental Evaluation of Specific Heat of Mono and Hybrid Nanofluids

Lecture notes in mechanical engineering, Aug 9, 2022

Applications of Graphene Nanomaterials in Energy Storage—A State-of-Art Short Review

Lecture notes in mechanical engineering, Aug 9, 2022

International Journal of Industrial Management

Bangladesh has made a tremendous contribution to RMG (Ready Made Garment) sector since the 1970s.... more Bangladesh has made a tremendous contribution to RMG (Ready Made Garment) sector since the 1970s. Textiles and apparels consider for about 85% of the total export earnings of Bangladesh. Though it’s quite difficult to mete out the dimension of performance and objection of the RMG sector in Bangladesh but to fulfill the task this study has made a search based on the study of attainable documents. The beauty of this study lies in its way of narration, a sequential way of description. The study discovers that since its inception, the RMG industry contributed significantly to our economy especially during the last three decades. The cross-check analysis has been conducted to compare the last three decades’ export of RMG, specific garments export, GDP, market share, etc to get a lucid idea of the business trend of the RMG industry. These initiatives focus more on the establishment of sound structure, skilled manpower, enhanced market access, access to finance at the competitive interest ...