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Quazi Syed M.

@minhaj1234786

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Design & Analysis Professional

$2 USD / time
・
s flagg
India (6:17 a.m.)
・
Ble med mars 27, 2020
$2 USD / time
・
Proficient Mechatronics professional with expertise in 3D modeling and design using Creo, structural and thermal analysis in ANSYS, and adept in MS Office tools for documentation, data management, and reporting. Experienced in combining technical design skills with analytical capabilities to deliver optimized engineering solutions.
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Portefølje

Portefølje

12419656
Conducting random vibration analysis on a suspension spring and performing a static structural analysis on two meshed gears has been a highly insightful endeavor. The random vibration analysis focused on understanding the suspension spring's behavior under stochastic loading conditions, which is critical for ensuring its reliability and performance in dynamic environments. By studying its response to varying frequencies, valuable insights were gained into its durability and vibration isolation capabilities. Similarly, the static structural analysis of two meshed gears involved evaluating their mechanical behavior under applied loads. The study provided detailed outputs, including total deformation and equivalent von Mises stresses, helping to assess the gears' strength and deformation patterns under operational conditions. These analyses not only enhanced my technical expertise but also emphasized the importance of precision in designing and analyzing critical mechanical components.
Structural & Vibration analysis
Conducting random vibration analysis on a suspension spring and performing a static structural analysis on two meshed gears has been a highly insightful endeavor. The random vibration analysis focused on understanding the suspension spring's behavior under stochastic loading conditions, which is critical for ensuring its reliability and performance in dynamic environments. By studying its response to varying frequencies, valuable insights were gained into its durability and vibration isolation capabilities. Similarly, the static structural analysis of two meshed gears involved evaluating their mechanical behavior under applied loads. The study provided detailed outputs, including total deformation and equivalent von Mises stresses, helping to assess the gears' strength and deformation patterns under operational conditions. These analyses not only enhanced my technical expertise but also emphasized the importance of precision in designing and analyzing critical mechanical components.
Structural & Vibration analysis
Conducting random vibration analysis on a suspension spring and performing a static structural analysis on two meshed gears has been a highly insightful endeavor. The random vibration analysis focused on understanding the suspension spring's behavior under stochastic loading conditions, which is critical for ensuring its reliability and performance in dynamic environments. By studying its response to varying frequencies, valuable insights were gained into its durability and vibration isolation capabilities. Similarly, the static structural analysis of two meshed gears involved evaluating their mechanical behavior under applied loads. The study provided detailed outputs, including total deformation and equivalent von Mises stresses, helping to assess the gears' strength and deformation patterns under operational conditions. These analyses not only enhanced my technical expertise but also emphasized the importance of precision in designing and analyzing critical mechanical components.
Structural & Vibration analysis
Conducting random vibration analysis on a suspension spring and performing a static structural analysis on two meshed gears has been a highly insightful endeavor. The random vibration analysis focused on understanding the suspension spring's behavior under stochastic loading conditions, which is critical for ensuring its reliability and performance in dynamic environments. By studying its response to varying frequencies, valuable insights were gained into its durability and vibration isolation capabilities. Similarly, the static structural analysis of two meshed gears involved evaluating their mechanical behavior under applied loads. The study provided detailed outputs, including total deformation and equivalent von Mises stresses, helping to assess the gears' strength and deformation patterns under operational conditions. These analyses not only enhanced my technical expertise but also emphasized the importance of precision in designing and analyzing critical mechanical components.
Structural & Vibration analysis
Conducting random vibration analysis on a suspension spring and performing a static structural analysis on two meshed gears has been a highly insightful endeavor. The random vibration analysis focused on understanding the suspension spring's behavior under stochastic loading conditions, which is critical for ensuring its reliability and performance in dynamic environments. By studying its response to varying frequencies, valuable insights were gained into its durability and vibration isolation capabilities. Similarly, the static structural analysis of two meshed gears involved evaluating their mechanical behavior under applied loads. The study provided detailed outputs, including total deformation and equivalent von Mises stresses, helping to assess the gears' strength and deformation patterns under operational conditions. These analyses not only enhanced my technical expertise but also emphasized the importance of precision in designing and analyzing critical mechanical components.
Structural & Vibration analysis
12419593
Working on the analysis of the turbine blade, mixing chamber, and the aerodynamics of a car has been an incredibly enriching experience. Each aspect offered unique challenges and learning opportunities, allowing me to deepen my understanding of engineering principles and advanced simulation techniques. The mixing chamber analysis required a detailed evaluation of fluid dynamics to achieve efficient mixing and flow characteristics, enhancing overall system efficiency. Exploring the aerodynamics of a car provided insights into optimizing drag, lift, and stability, contributing to improved performance and fuel efficiency. This diverse exposure not only honed my technical skills but also reinforced my problem-solving abilities and creativity in tackling complex engineering problems.
CFD Analysis using Ansys Fluent
Working on the analysis of the turbine blade, mixing chamber, and the aerodynamics of a car has been an incredibly enriching experience. Each aspect offered unique challenges and learning opportunities, allowing me to deepen my understanding of engineering principles and advanced simulation techniques. The mixing chamber analysis required a detailed evaluation of fluid dynamics to achieve efficient mixing and flow characteristics, enhancing overall system efficiency. Exploring the aerodynamics of a car provided insights into optimizing drag, lift, and stability, contributing to improved performance and fuel efficiency. This diverse exposure not only honed my technical skills but also reinforced my problem-solving abilities and creativity in tackling complex engineering problems.
CFD Analysis using Ansys Fluent
Working on the analysis of the turbine blade, mixing chamber, and the aerodynamics of a car has been an incredibly enriching experience. Each aspect offered unique challenges and learning opportunities, allowing me to deepen my understanding of engineering principles and advanced simulation techniques. The mixing chamber analysis required a detailed evaluation of fluid dynamics to achieve efficient mixing and flow characteristics, enhancing overall system efficiency. Exploring the aerodynamics of a car provided insights into optimizing drag, lift, and stability, contributing to improved performance and fuel efficiency. This diverse exposure not only honed my technical skills but also reinforced my problem-solving abilities and creativity in tackling complex engineering problems.
CFD Analysis using Ansys Fluent
Working on the analysis of the turbine blade, mixing chamber, and the aerodynamics of a car has been an incredibly enriching experience. Each aspect offered unique challenges and learning opportunities, allowing me to deepen my understanding of engineering principles and advanced simulation techniques. The mixing chamber analysis required a detailed evaluation of fluid dynamics to achieve efficient mixing and flow characteristics, enhancing overall system efficiency. Exploring the aerodynamics of a car provided insights into optimizing drag, lift, and stability, contributing to improved performance and fuel efficiency. This diverse exposure not only honed my technical skills but also reinforced my problem-solving abilities and creativity in tackling complex engineering problems.
CFD Analysis using Ansys Fluent
12419656
Conducting random vibration analysis on a suspension spring and performing a static structural analysis on two meshed gears has been a highly insightful endeavor. The random vibration analysis focused on understanding the suspension spring's behavior under stochastic loading conditions, which is critical for ensuring its reliability and performance in dynamic environments. By studying its response to varying frequencies, valuable insights were gained into its durability and vibration isolation capabilities. Similarly, the static structural analysis of two meshed gears involved evaluating their mechanical behavior under applied loads. The study provided detailed outputs, including total deformation and equivalent von Mises stresses, helping to assess the gears' strength and deformation patterns under operational conditions. These analyses not only enhanced my technical expertise but also emphasized the importance of precision in designing and analyzing critical mechanical components.
Structural & Vibration analysis
Conducting random vibration analysis on a suspension spring and performing a static structural analysis on two meshed gears has been a highly insightful endeavor. The random vibration analysis focused on understanding the suspension spring's behavior under stochastic loading conditions, which is critical for ensuring its reliability and performance in dynamic environments. By studying its response to varying frequencies, valuable insights were gained into its durability and vibration isolation capabilities. Similarly, the static structural analysis of two meshed gears involved evaluating their mechanical behavior under applied loads. The study provided detailed outputs, including total deformation and equivalent von Mises stresses, helping to assess the gears' strength and deformation patterns under operational conditions. These analyses not only enhanced my technical expertise but also emphasized the importance of precision in designing and analyzing critical mechanical components.
Structural & Vibration analysis
Conducting random vibration analysis on a suspension spring and performing a static structural analysis on two meshed gears has been a highly insightful endeavor. The random vibration analysis focused on understanding the suspension spring's behavior under stochastic loading conditions, which is critical for ensuring its reliability and performance in dynamic environments. By studying its response to varying frequencies, valuable insights were gained into its durability and vibration isolation capabilities. Similarly, the static structural analysis of two meshed gears involved evaluating their mechanical behavior under applied loads. The study provided detailed outputs, including total deformation and equivalent von Mises stresses, helping to assess the gears' strength and deformation patterns under operational conditions. These analyses not only enhanced my technical expertise but also emphasized the importance of precision in designing and analyzing critical mechanical components.
Structural & Vibration analysis
Conducting random vibration analysis on a suspension spring and performing a static structural analysis on two meshed gears has been a highly insightful endeavor. The random vibration analysis focused on understanding the suspension spring's behavior under stochastic loading conditions, which is critical for ensuring its reliability and performance in dynamic environments. By studying its response to varying frequencies, valuable insights were gained into its durability and vibration isolation capabilities. Similarly, the static structural analysis of two meshed gears involved evaluating their mechanical behavior under applied loads. The study provided detailed outputs, including total deformation and equivalent von Mises stresses, helping to assess the gears' strength and deformation patterns under operational conditions. These analyses not only enhanced my technical expertise but also emphasized the importance of precision in designing and analyzing critical mechanical components.
Structural & Vibration analysis
Conducting random vibration analysis on a suspension spring and performing a static structural analysis on two meshed gears has been a highly insightful endeavor. The random vibration analysis focused on understanding the suspension spring's behavior under stochastic loading conditions, which is critical for ensuring its reliability and performance in dynamic environments. By studying its response to varying frequencies, valuable insights were gained into its durability and vibration isolation capabilities. Similarly, the static structural analysis of two meshed gears involved evaluating their mechanical behavior under applied loads. The study provided detailed outputs, including total deformation and equivalent von Mises stresses, helping to assess the gears' strength and deformation patterns under operational conditions. These analyses not only enhanced my technical expertise but also emphasized the importance of precision in designing and analyzing critical mechanical components.
Structural & Vibration analysis
12419593
Working on the analysis of the turbine blade, mixing chamber, and the aerodynamics of a car has been an incredibly enriching experience. Each aspect offered unique challenges and learning opportunities, allowing me to deepen my understanding of engineering principles and advanced simulation techniques. The mixing chamber analysis required a detailed evaluation of fluid dynamics to achieve efficient mixing and flow characteristics, enhancing overall system efficiency. Exploring the aerodynamics of a car provided insights into optimizing drag, lift, and stability, contributing to improved performance and fuel efficiency. This diverse exposure not only honed my technical skills but also reinforced my problem-solving abilities and creativity in tackling complex engineering problems.
CFD Analysis using Ansys Fluent
Working on the analysis of the turbine blade, mixing chamber, and the aerodynamics of a car has been an incredibly enriching experience. Each aspect offered unique challenges and learning opportunities, allowing me to deepen my understanding of engineering principles and advanced simulation techniques. The mixing chamber analysis required a detailed evaluation of fluid dynamics to achieve efficient mixing and flow characteristics, enhancing overall system efficiency. Exploring the aerodynamics of a car provided insights into optimizing drag, lift, and stability, contributing to improved performance and fuel efficiency. This diverse exposure not only honed my technical skills but also reinforced my problem-solving abilities and creativity in tackling complex engineering problems.
CFD Analysis using Ansys Fluent
Working on the analysis of the turbine blade, mixing chamber, and the aerodynamics of a car has been an incredibly enriching experience. Each aspect offered unique challenges and learning opportunities, allowing me to deepen my understanding of engineering principles and advanced simulation techniques. The mixing chamber analysis required a detailed evaluation of fluid dynamics to achieve efficient mixing and flow characteristics, enhancing overall system efficiency. Exploring the aerodynamics of a car provided insights into optimizing drag, lift, and stability, contributing to improved performance and fuel efficiency. This diverse exposure not only honed my technical skills but also reinforced my problem-solving abilities and creativity in tackling complex engineering problems.
CFD Analysis using Ansys Fluent
Working on the analysis of the turbine blade, mixing chamber, and the aerodynamics of a car has been an incredibly enriching experience. Each aspect offered unique challenges and learning opportunities, allowing me to deepen my understanding of engineering principles and advanced simulation techniques. The mixing chamber analysis required a detailed evaluation of fluid dynamics to achieve efficient mixing and flow characteristics, enhancing overall system efficiency. Exploring the aerodynamics of a car provided insights into optimizing drag, lift, and stability, contributing to improved performance and fuel efficiency. This diverse exposure not only honed my technical skills but also reinforced my problem-solving abilities and creativity in tackling complex engineering problems.
CFD Analysis using Ansys Fluent
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