vishal Fegade | NMIMS University (original) (raw)

Papers by vishal Fegade

RECENT TRENDS IN SCIENCE AND ENGINEERING

RECENT TRENDS IN SCIENCE AND ENGINEERING

The growing environmental awareness and natural resources scarcity various fully biodegradable po... more The growing environmental awareness and natural resources scarcity various fully biodegradable polymer systems development and utilization initiates poly lactic acid (PLA) and copolymers biodegradable polymer, extensive attention as they biodegradability, numerous renewable sources, and excellent mechanical and thermal properties like advantages other polyester resins like PLA inherent chemical composition and molecular structures due to very poor fire resistance the aviation and electrical industry PLAs widespread use low thermal resistance, combustion and drip hampered flame retardant modification essential Combustion-type flame retardants polymer by physical means incorporated materials production convenient industry widely in used. Flame retardants certain chemical compounds polymers paralytic reactions slow or inhibit or combustion oxidative reactions They mainly halogen, phosphorus and metal hydroxides containing compounds Halogen flame retardant drawbacks metal components highlight ability combustion during hydrogen formed toxicity and some governments or organizations halogen controlled flame retardants use restrict proposed halogen-free flame-retardant additives indomethacin flame retardant (IFR) considerable attention and polypropylene (PP) and polyethylene (PE) such as polymers used their low smoke, no toxicity, and halogen absence benefits. and corrosive gas production In general an IFR system three basic components char-forming agent carbonization catalyst, and a blowing agent combustion during IFR multi-cellular structure combustible layer a physical that acts barrier gas and compressed between heat and mass transfer reducing reducing the burning melt in thermoplastic flame-retardant conversion is a particular problem. Drops melting burning surface area increase fire intensity increase faster fire spread viscosity Melting coal formation strong impact PLA, polyethylene terephthalate (PET), and poly butylenes succinct (PBS) like Linear polymers branched or thermo set polymers compared low melt viscosity burning test during serious melt dripping layered silicates thermal stability improve reduce filler concentration flammability low investigations found.

RECENT TRENDS IN SCIENCE AND ENGINEERING

Basalt fiber (pf) is derived from basalt rock, which can be separated to form fiber, which when m... more Basalt fiber (pf) is derived from basalt rock, which can be separated to form fiber, which when mixed with polymer forms basalt fiber reinforced polymer (pfrp). In this paper chemical constituent, mechanical properties and durability of bf is reviewed. Also, properties of bfrp like temperature variation and adhesion is also discussed. It is observed that bfrp is better than carbon fiber reinforced polymer when it comes to cost effectiveness and in comparison, to glass fiber reinforced polymer it got better strength therefore becoming a good alternative to other fiber materials. Bfrp has high flexural strength and better adhesion as compared to cfrp and gfrp, when temperature increases mechanical and thermal properties of bfrp reduces remarkably.

Materials and its Characterization, 2022

Biofuels are renewables derived from microorganisms, plants or animals Are energy sources. Exampl... more Biofuels are renewables derived from microorganisms, plants or animals Are energy sources. Examples of biofuels are ethanol (mostly in the United States) Cane is also produced in Brazil), biodiesel (from vegetable oils and liquid animal fats) Derived), green diesel (derived from algae and other plant sources) and biogas (Derived from animals) (fertilizers and other digestive products). Biofuels can be solid, liquid or May be gaseous. They are most effective in the last two forms because it is transport, Facilitates distribution and clean combustion. Biofuels from organisms Are defined as derived fuels, otherwise known as organic substances. This includes any plant or moss material (including wood) and animal waste. This kind of Fuels are considered renewable energy sources because they are sustainable for life Are naturally filled by rotation. Fossils such as coal, oil and natural gas It is an attractive alternative to fuels. These products have been around for thousands of years De...

Journal of Pharmacy Research, 2018

The importance of communication skill in pharmaceutical environment cannot be overemphasized. Man... more The importance of communication skill in pharmaceutical environment cannot be overemphasized. Many of the students from urban areas having good communication skills are getting good job opportunities easily. However, the category which is the rural students is just having the dream of getting an employment due to lack of communication skills. Hard skills and experience are not at all enough for the competitive and escalation in the global world. The rural students also should get employment; otherwise, it will become very serious and critical. The paper describes an experiment to measure and develop the skill at a rural pharmacy college with the help of 45 h communication skill course. We found that there was statistically significant improvement in the course students in overall communication skill, sentence construction, and vocabulary as per self- and peer-assessment. The volume and enunciation, as per the peer assessment, also underwent statistically significant improvement. The group discussion seems to have contributed the most and brainstorming the least in the improvement. We concluded that rural students who are studying pharmaceutical education should be given opportunities to learn and practice interpersonal communication skills during their educational curriculum. The study can be extended to more institutes to validate the findings and can include written communication skill.

Materials Today: Proceedings, 2015

Processes

Robots and robotic systems have become an inevitable part of modern industrial settings. Robotics... more Robots and robotic systems have become an inevitable part of modern industrial settings. Robotics systems are being introduced for various household services as well. As the interactions between the workspace of robots and humans increases, there is an increased likelihood of unintended harm being caused by the robots to humans due to collisions or abrupt contact. To mitigate this, active and passive compliant mechanisms must be introduced in these systems. In this study, a design optimization case study is carried out for the optimization of a passive compliance mechanism achieved with variable stiffness joints realized by the use of permanent magnets. Three design parameters of the systems, namely, inner stator width, outer stator width, and magnet height, are considered. The objective is to minimize the weight and maximize the maximum torque. A nature-inspired metaheuristic hybridized with a multi-criteria decision-making method is introduced to achieve this. The Non-dominated So...

Product design for remanufacturing is a combination of designing processes whereby an item is des... more Product design for remanufacturing is a combination of designing processes whereby an item is designed to facilitate remanufacture. Design for remanufacturing is guided by an assessment of product or component value over time. This value may vary depending on the market and market demand and supply, legislation and technological improvements. Obviously the goal of design for remanufacturing is to improve manufacturability. Through this project we aim to study the various key parameters which needs to be considered for optimum designing of a new product or an existing product from the view of remanufacturing. Technology and Economic model will are developed using these key parameters for the selective components and they are employed for coordination and testing via simulation, finally with the solution of the updated parameters design of updating can be accomplished.

International Journal of Engineering & Technology, Aug 4, 2018

IOP Conference Series: Materials Science and Engineering

Composite laminates are an integral part of structural engineering. To exploit the full potential... more Composite laminates are an integral part of structural engineering. To exploit the full potential of such laminated structures, it is important to understand the effect of various material and geometric parameters on its static and dynamic behaviour. Conventionally high-fidelity numerical procedures like finite element methods have been used to carry out such analysis. Despite their overwhelming accuracy, such methods are computational time intensive making them unsuitable to carry out exhaustive parametric studies. To counter this, a polynomial regression-based metamodeling strategy and its subsequent use as a quick parametric analysis tool is depicted in this study. The metamodels are meticulously built and rigorously validated on the training and testing data using suitable statistical measures like〖 R〗^2,〖〖 R〗^2〗_adj and 〖Q^2〗_F3.

IOP Conference Series: Materials Science and Engineering

Independent Journal of Management & Production

The tremendous advancement in technology, productivity and improved standard of living has come a... more The tremendous advancement in technology, productivity and improved standard of living has come at the cost of environmental deterioration, increased energy and raw material consumption. In this regard, remanufacturing is viable option to reduce energy usage, carbon footprint and raw material usage. In this manuscript, using computational intelligence techniques we try to determine the feasibility of remanufacturing in case of roller bearings. We collected used N308 bearings from 5 different Indian cities. Using Fuzzy-TOPSIS, we found that the roundness, surface roughness and weight play a vital role in design for remanufacturing of roller bearings. Change in diameter, change in thickness and change in width showed minimal influence. We also used Taguchi analysis to reassess the problem. The roundness of inner and outer race was found to be the most influential parameters in deciding the selection of bearing for remanufacturing. The results suggest the bearing designer to design th...

Journal of Advanced Research in Fluid Mechanics and Thermal Sciences

International Journal of Mechanical and Production Engineering Research and Development, 2018

Rack and pinion blends are frequently utilized as a component of a straightforward direct actuato... more Rack and pinion blends are frequently utilized as a component of a straightforward direct actuator, where the
turn of a pole controlled by hand or by an engine is changed over to direct movement. A rack and pinion are normally
found in the controlling component of autos or other wheeled directed vehicles. Rack and pinion give a less proficient
mechanical favorable position than different components, for example, recycling ball, yet less kickback and more
noteworthy input, or guiding "feel". The component might be controlled helped, as a rule by water driven or electrical
means. In this paper, we design pinion and rack assembly and we carried out Total Deformation and Von Mises Analysis.
Analysis of meshing of rack and pinion is done by using ANSYS while keeping the environmental temperature at 22°C.
A load of 100 N is applied for time 5min 44sec. In total deformation test, maximum value found is 1.9387X10-5metre and
in Equivalent Von-Mises Stress the maximum values found is 1.6702X107Pa respectively.

International Journal of Civil Engineering and Technology, 2017

The current paper is devoted to understanding the dynamic behaviour of symmetric composite lamina... more The current paper is devoted to understanding the dynamic behaviour of symmetric composite laminates. A generalized first-order shear deformation theory is used in the current research. An isoparametric 4 node Lagrangian element with 3 degrees of freedom per node is used to mesh the modeled structure. The finite element program developed is tested for accuracy by comparing the current results with existing literature. Less than 5% error is reported between the existing literature data and the current simulations. A symmetric single folded composite laminate is extensively studied, and the following results have been provided as interaction curves.

International Journal of Mechanical Engineering and Technology , 2017

In manufacturing process drilling process is most common method. Surface quality and cylindrical ... more In manufacturing process drilling process is most common method. Surface quality and cylindrical errorof drilled holeare significant parameters for functional behavior of mechanical components which improves tribological properties, corrosion and fatigue strength. Analyses of these parameters are to be carried out for prediction of thrust force, tool wear and torque requirement. In this paper AISI 316L austenitic stainless steel is considered for analysis, which is a difficult to cut material due to his poor machinability.This study investigates the machinability of austenitic stainless steel AISI 316L during conventional drilling process using uncoated carbide tools for the various parameters like cylindrical error, tool wear, surface roughness, circularity. With cutting velocities (30 and 18 m/min) and three feed rate (.06, 0.045 & 0.03 mm/rev) with variation of three different levels are considered for factors with selection of 1 st , 4 th and 7 th holes for optimization. Taguchi desirability function analysis is used with control factors to optimize influencing parameters like tool wear, surface roughness and diametrical error. Analysis shows cutting velocity of 30 meter/minute & feed rate 0.03 mm/rev yields optimized values for these parameters. This study implies that with this combination we can produce number of précised holes as there is not that much substantial change in values for tool wear, surface roughness and diametrical error.

Usage of natural fibers in reinforced plastic material with natural fibers as a composite had a p... more Usage of natural fibers in reinforced plastic material with natural fibers as a composite had a positive approach for the development of green composites in our day to day life. The paper deals with the study of woven bamboo natural fiber with polyester resin having 0/90 degree orientation and the bamboo natural fiber (2-4 mm length) with epoxy resin having random orientation. Tensile test was conducted on bamboo polyester resin composite whereas for bamboo epoxy resin composite, IZOD test, CHARPHY test, FTIR test and Hardness test were conducted. Both the composites i.e. Bamboo polyester resin composite and bamboo epoxy resin composite shows significant results as compared to manmade fiber composites.

Product design for remanufacturing is a combination of designing processes whereby an item is des... more Product design for remanufacturing is a combination of designing processes whereby an item is designed to facilitate remanufacture. Design for remanufacturing is guided by an assessment of product or component value over time. This value may vary depending on the market and market demand and supply, legislation and technological improvements. Obviously the goal of design for remanufacturing is to improve manufacturability. Through this paper we aim to study the various key parameters which need to be considered for optimum designing of a new product or an existing product from the view of remanufacturing. Technology and Economic model will are developed using these key parameters for the selective components and they are employed for coordination and testing via simulation, finally with the solution of the updated parameters design of upadation can be accomplished.

The importance of measurement of strategy performance has long been acknowledged by researchers a... more The importance of measurement of strategy performance has long been acknowledged by researchers and industrial experts from various organisations. A better approach would be to focus on the performance measurement system design rather than details of specific measures. Measuring the strategy of an organisation can help in terms of strategy reformulation while implementation pertains to better growth of the organisation. This perspective validates the fundamental approach to organisational control design involving design effort at various levels of the organisation. A multi-criteria decision making analysis using fuzzy logic is an effective tool to measure the industry performance strategy. This measurement system includes both financial and non-financial performance with multi-criteria decision making. This can help improve the organisational set up of the industry and provide the ability to change and adopt. This approach will consider the preferences of port organisations regarding strategic objectives. The main aim of this paper is to design a strategy performance measurement system for port organisations using MATLAB. The result shows that multi-criteria decision making analysis using the fuzzy logic system designed by MATLAB works effectively and the results provided by the analysis are consistent. This design is the best tool to help a port organisation evaluate and revise its strategy and to adopt a modern management approach. This design can be modified for various o rga n i s at i o n s d e p e n d i n g o n t h e i r st rate g y performance.

RECENT TRENDS IN SCIENCE AND ENGINEERING

RECENT TRENDS IN SCIENCE AND ENGINEERING

The growing environmental awareness and natural resources scarcity various fully biodegradable po... more The growing environmental awareness and natural resources scarcity various fully biodegradable polymer systems development and utilization initiates poly lactic acid (PLA) and copolymers biodegradable polymer, extensive attention as they biodegradability, numerous renewable sources, and excellent mechanical and thermal properties like advantages other polyester resins like PLA inherent chemical composition and molecular structures due to very poor fire resistance the aviation and electrical industry PLAs widespread use low thermal resistance, combustion and drip hampered flame retardant modification essential Combustion-type flame retardants polymer by physical means incorporated materials production convenient industry widely in used. Flame retardants certain chemical compounds polymers paralytic reactions slow or inhibit or combustion oxidative reactions They mainly halogen, phosphorus and metal hydroxides containing compounds Halogen flame retardant drawbacks metal components highlight ability combustion during hydrogen formed toxicity and some governments or organizations halogen controlled flame retardants use restrict proposed halogen-free flame-retardant additives indomethacin flame retardant (IFR) considerable attention and polypropylene (PP) and polyethylene (PE) such as polymers used their low smoke, no toxicity, and halogen absence benefits. and corrosive gas production In general an IFR system three basic components char-forming agent carbonization catalyst, and a blowing agent combustion during IFR multi-cellular structure combustible layer a physical that acts barrier gas and compressed between heat and mass transfer reducing reducing the burning melt in thermoplastic flame-retardant conversion is a particular problem. Drops melting burning surface area increase fire intensity increase faster fire spread viscosity Melting coal formation strong impact PLA, polyethylene terephthalate (PET), and poly butylenes succinct (PBS) like Linear polymers branched or thermo set polymers compared low melt viscosity burning test during serious melt dripping layered silicates thermal stability improve reduce filler concentration flammability low investigations found.

RECENT TRENDS IN SCIENCE AND ENGINEERING

Basalt fiber (pf) is derived from basalt rock, which can be separated to form fiber, which when m... more Basalt fiber (pf) is derived from basalt rock, which can be separated to form fiber, which when mixed with polymer forms basalt fiber reinforced polymer (pfrp). In this paper chemical constituent, mechanical properties and durability of bf is reviewed. Also, properties of bfrp like temperature variation and adhesion is also discussed. It is observed that bfrp is better than carbon fiber reinforced polymer when it comes to cost effectiveness and in comparison, to glass fiber reinforced polymer it got better strength therefore becoming a good alternative to other fiber materials. Bfrp has high flexural strength and better adhesion as compared to cfrp and gfrp, when temperature increases mechanical and thermal properties of bfrp reduces remarkably.

Materials and its Characterization, 2022

Biofuels are renewables derived from microorganisms, plants or animals Are energy sources. Exampl... more Biofuels are renewables derived from microorganisms, plants or animals Are energy sources. Examples of biofuels are ethanol (mostly in the United States) Cane is also produced in Brazil), biodiesel (from vegetable oils and liquid animal fats) Derived), green diesel (derived from algae and other plant sources) and biogas (Derived from animals) (fertilizers and other digestive products). Biofuels can be solid, liquid or May be gaseous. They are most effective in the last two forms because it is transport, Facilitates distribution and clean combustion. Biofuels from organisms Are defined as derived fuels, otherwise known as organic substances. This includes any plant or moss material (including wood) and animal waste. This kind of Fuels are considered renewable energy sources because they are sustainable for life Are naturally filled by rotation. Fossils such as coal, oil and natural gas It is an attractive alternative to fuels. These products have been around for thousands of years De...

Journal of Pharmacy Research, 2018

The importance of communication skill in pharmaceutical environment cannot be overemphasized. Man... more The importance of communication skill in pharmaceutical environment cannot be overemphasized. Many of the students from urban areas having good communication skills are getting good job opportunities easily. However, the category which is the rural students is just having the dream of getting an employment due to lack of communication skills. Hard skills and experience are not at all enough for the competitive and escalation in the global world. The rural students also should get employment; otherwise, it will become very serious and critical. The paper describes an experiment to measure and develop the skill at a rural pharmacy college with the help of 45 h communication skill course. We found that there was statistically significant improvement in the course students in overall communication skill, sentence construction, and vocabulary as per self- and peer-assessment. The volume and enunciation, as per the peer assessment, also underwent statistically significant improvement. The group discussion seems to have contributed the most and brainstorming the least in the improvement. We concluded that rural students who are studying pharmaceutical education should be given opportunities to learn and practice interpersonal communication skills during their educational curriculum. The study can be extended to more institutes to validate the findings and can include written communication skill.

Materials Today: Proceedings, 2015

Processes

Robots and robotic systems have become an inevitable part of modern industrial settings. Robotics... more Robots and robotic systems have become an inevitable part of modern industrial settings. Robotics systems are being introduced for various household services as well. As the interactions between the workspace of robots and humans increases, there is an increased likelihood of unintended harm being caused by the robots to humans due to collisions or abrupt contact. To mitigate this, active and passive compliant mechanisms must be introduced in these systems. In this study, a design optimization case study is carried out for the optimization of a passive compliance mechanism achieved with variable stiffness joints realized by the use of permanent magnets. Three design parameters of the systems, namely, inner stator width, outer stator width, and magnet height, are considered. The objective is to minimize the weight and maximize the maximum torque. A nature-inspired metaheuristic hybridized with a multi-criteria decision-making method is introduced to achieve this. The Non-dominated So...

Product design for remanufacturing is a combination of designing processes whereby an item is des... more Product design for remanufacturing is a combination of designing processes whereby an item is designed to facilitate remanufacture. Design for remanufacturing is guided by an assessment of product or component value over time. This value may vary depending on the market and market demand and supply, legislation and technological improvements. Obviously the goal of design for remanufacturing is to improve manufacturability. Through this project we aim to study the various key parameters which needs to be considered for optimum designing of a new product or an existing product from the view of remanufacturing. Technology and Economic model will are developed using these key parameters for the selective components and they are employed for coordination and testing via simulation, finally with the solution of the updated parameters design of updating can be accomplished.

International Journal of Engineering & Technology, Aug 4, 2018

IOP Conference Series: Materials Science and Engineering

Composite laminates are an integral part of structural engineering. To exploit the full potential... more Composite laminates are an integral part of structural engineering. To exploit the full potential of such laminated structures, it is important to understand the effect of various material and geometric parameters on its static and dynamic behaviour. Conventionally high-fidelity numerical procedures like finite element methods have been used to carry out such analysis. Despite their overwhelming accuracy, such methods are computational time intensive making them unsuitable to carry out exhaustive parametric studies. To counter this, a polynomial regression-based metamodeling strategy and its subsequent use as a quick parametric analysis tool is depicted in this study. The metamodels are meticulously built and rigorously validated on the training and testing data using suitable statistical measures like〖 R〗^2,〖〖 R〗^2〗_adj and 〖Q^2〗_F3.

IOP Conference Series: Materials Science and Engineering

Independent Journal of Management & Production

The tremendous advancement in technology, productivity and improved standard of living has come a... more The tremendous advancement in technology, productivity and improved standard of living has come at the cost of environmental deterioration, increased energy and raw material consumption. In this regard, remanufacturing is viable option to reduce energy usage, carbon footprint and raw material usage. In this manuscript, using computational intelligence techniques we try to determine the feasibility of remanufacturing in case of roller bearings. We collected used N308 bearings from 5 different Indian cities. Using Fuzzy-TOPSIS, we found that the roundness, surface roughness and weight play a vital role in design for remanufacturing of roller bearings. Change in diameter, change in thickness and change in width showed minimal influence. We also used Taguchi analysis to reassess the problem. The roundness of inner and outer race was found to be the most influential parameters in deciding the selection of bearing for remanufacturing. The results suggest the bearing designer to design th...

Journal of Advanced Research in Fluid Mechanics and Thermal Sciences

International Journal of Mechanical and Production Engineering Research and Development, 2018

Rack and pinion blends are frequently utilized as a component of a straightforward direct actuato... more Rack and pinion blends are frequently utilized as a component of a straightforward direct actuator, where the
turn of a pole controlled by hand or by an engine is changed over to direct movement. A rack and pinion are normally
found in the controlling component of autos or other wheeled directed vehicles. Rack and pinion give a less proficient
mechanical favorable position than different components, for example, recycling ball, yet less kickback and more
noteworthy input, or guiding "feel". The component might be controlled helped, as a rule by water driven or electrical
means. In this paper, we design pinion and rack assembly and we carried out Total Deformation and Von Mises Analysis.
Analysis of meshing of rack and pinion is done by using ANSYS while keeping the environmental temperature at 22°C.
A load of 100 N is applied for time 5min 44sec. In total deformation test, maximum value found is 1.9387X10-5metre and
in Equivalent Von-Mises Stress the maximum values found is 1.6702X107Pa respectively.

International Journal of Civil Engineering and Technology, 2017

The current paper is devoted to understanding the dynamic behaviour of symmetric composite lamina... more The current paper is devoted to understanding the dynamic behaviour of symmetric composite laminates. A generalized first-order shear deformation theory is used in the current research. An isoparametric 4 node Lagrangian element with 3 degrees of freedom per node is used to mesh the modeled structure. The finite element program developed is tested for accuracy by comparing the current results with existing literature. Less than 5% error is reported between the existing literature data and the current simulations. A symmetric single folded composite laminate is extensively studied, and the following results have been provided as interaction curves.

International Journal of Mechanical Engineering and Technology , 2017

In manufacturing process drilling process is most common method. Surface quality and cylindrical ... more In manufacturing process drilling process is most common method. Surface quality and cylindrical errorof drilled holeare significant parameters for functional behavior of mechanical components which improves tribological properties, corrosion and fatigue strength. Analyses of these parameters are to be carried out for prediction of thrust force, tool wear and torque requirement. In this paper AISI 316L austenitic stainless steel is considered for analysis, which is a difficult to cut material due to his poor machinability.This study investigates the machinability of austenitic stainless steel AISI 316L during conventional drilling process using uncoated carbide tools for the various parameters like cylindrical error, tool wear, surface roughness, circularity. With cutting velocities (30 and 18 m/min) and three feed rate (.06, 0.045 & 0.03 mm/rev) with variation of three different levels are considered for factors with selection of 1 st , 4 th and 7 th holes for optimization. Taguchi desirability function analysis is used with control factors to optimize influencing parameters like tool wear, surface roughness and diametrical error. Analysis shows cutting velocity of 30 meter/minute & feed rate 0.03 mm/rev yields optimized values for these parameters. This study implies that with this combination we can produce number of précised holes as there is not that much substantial change in values for tool wear, surface roughness and diametrical error.

Usage of natural fibers in reinforced plastic material with natural fibers as a composite had a p... more Usage of natural fibers in reinforced plastic material with natural fibers as a composite had a positive approach for the development of green composites in our day to day life. The paper deals with the study of woven bamboo natural fiber with polyester resin having 0/90 degree orientation and the bamboo natural fiber (2-4 mm length) with epoxy resin having random orientation. Tensile test was conducted on bamboo polyester resin composite whereas for bamboo epoxy resin composite, IZOD test, CHARPHY test, FTIR test and Hardness test were conducted. Both the composites i.e. Bamboo polyester resin composite and bamboo epoxy resin composite shows significant results as compared to manmade fiber composites.

Product design for remanufacturing is a combination of designing processes whereby an item is des... more Product design for remanufacturing is a combination of designing processes whereby an item is designed to facilitate remanufacture. Design for remanufacturing is guided by an assessment of product or component value over time. This value may vary depending on the market and market demand and supply, legislation and technological improvements. Obviously the goal of design for remanufacturing is to improve manufacturability. Through this paper we aim to study the various key parameters which need to be considered for optimum designing of a new product or an existing product from the view of remanufacturing. Technology and Economic model will are developed using these key parameters for the selective components and they are employed for coordination and testing via simulation, finally with the solution of the updated parameters design of upadation can be accomplished.

The importance of measurement of strategy performance has long been acknowledged by researchers a... more The importance of measurement of strategy performance has long been acknowledged by researchers and industrial experts from various organisations. A better approach would be to focus on the performance measurement system design rather than details of specific measures. Measuring the strategy of an organisation can help in terms of strategy reformulation while implementation pertains to better growth of the organisation. This perspective validates the fundamental approach to organisational control design involving design effort at various levels of the organisation. A multi-criteria decision making analysis using fuzzy logic is an effective tool to measure the industry performance strategy. This measurement system includes both financial and non-financial performance with multi-criteria decision making. This can help improve the organisational set up of the industry and provide the ability to change and adopt. This approach will consider the preferences of port organisations regarding strategic objectives. The main aim of this paper is to design a strategy performance measurement system for port organisations using MATLAB. The result shows that multi-criteria decision making analysis using the fuzzy logic system designed by MATLAB works effectively and the results provided by the analysis are consistent. This design is the best tool to help a port organisation evaluate and revise its strategy and to adopt a modern management approach. This design can be modified for various o rga n i s at i o n s d e p e n d i n g o n t h e i r st rate g y performance.