Remote
Work location
Compressor valve opening and closing calculations and simulation Anyone
About the job
Hello, here is the scope:
This project aims to develop an Excel model for a new compressor design to simulate valve dynamics, specifically focusing on visualizing opening and closing events, as well as reed plate behavior.
Objective
Develop a comprehensive Excel model to simulate compressor valve dynamics.
Create graphs to illustrate valve opening/closing events and reed plate behavior.
Ensure accuracy and usability of the model under various operating conditions.
Tasks
Valve Kinematics:
Implement equations for valve motion based on input parameters.
Calculate lift, velocity, acceleration, and position over time.
Reed Plate Dynamics:
Model reed plate behavior using appropriate physics-based models.
Consider factors such as stiffness, damping, and contact mechanics.
Graphical Representation:
Develop clear graphs to depict valve motion and reed plate dynamics.
Include labeled axes, legends, and annotations for clarity.
Validation and Testing:
Verify model accuracy against theoretical calculations and known scenarios.
Ensure graphs accurately represent expected behavior.
Deliverables
a. Expected Outcome:
Functional Excel model simulating valve dynamics.
Graphs illustrating valve opening/closing events and reed plate behavior.
b. Detailed documentation:
User guide explaining model usage and interpretation of results.
Inputs/Operating Conditions/Boundary conditions Required
2D or 3D CAD model of the compressor design.
Input... read more
This project aims to develop an Excel model for a new compressor design to simulate valve dynamics, specifically focusing on visualizing opening and closing events, as well as reed plate behavior.
Objective
Develop a comprehensive Excel model to simulate compressor valve dynamics.
Create graphs to illustrate valve opening/closing events and reed plate behavior.
Ensure accuracy and usability of the model under various operating conditions.
Tasks
Valve Kinematics:
Implement equations for valve motion based on input parameters.
Calculate lift, velocity, acceleration, and position over time.
Reed Plate Dynamics:
Model reed plate behavior using appropriate physics-based models.
Consider factors such as stiffness, damping, and contact mechanics.
Graphical Representation:
Develop clear graphs to depict valve motion and reed plate dynamics.
Include labeled axes, legends, and annotations for clarity.
Validation and Testing:
Verify model accuracy against theoretical calculations and known scenarios.
Ensure graphs accurately represent expected behavior.
Deliverables
a. Expected Outcome:
Functional Excel model simulating valve dynamics.
Graphs illustrating valve opening/closing events and reed plate behavior.
b. Detailed documentation:
User guide explaining model usage and interpretation of results.
Inputs/Operating Conditions/Boundary conditions Required
2D or 3D CAD model of the compressor design.
Input... read more
Hello, here is the scope:
This project aims to develop an Excel model for a new compressor design to simulate valve dynamics, specifically focusing on visualizing opening and closing events, as well as reed plate behavior.
Objective
Develop a comprehensive Excel model to simulate compressor valve dynamics.
Create graphs to illustrate valve opening/closing events and reed plate behavior.
Ensure accuracy and usability of the model under various operating conditions.
Tasks
Valve Kinematics:
Implement equations for valve motion based on input parameters.
Calculate lift, velocity, acceleration, and position over time.
Reed Plate Dynamics:
Model reed plate behavior using appropriate physics-based models.
Consider factors such as stiffness, damping, and contact mechanics.
Graphical Representation:
Develop clear graphs to depict valve motion and reed plate dynamics.
Include labeled axes, legends, and annotations for clarity.
Validation and Testing:
Verify model accuracy against theoretical calculations and known scenarios.
Ensure graphs accurately represent expected behavior.
Deliverables
a. Expected Outcome:
Functional Excel model simulating valve dynamics.
Graphs illustrating valve opening/closing events and reed plate behavior.
b. Detailed documentation:
User guide explaining model usage and interpretation of results.
Inputs/Operating Conditions/Boundary conditions Required
2D or 3D CAD model of the compressor design.
Input data series including:
Compressor pressure profile
Spring data
Discharge pressure / Suction pressure
Material data for valve plate
Flow conditions (flow rates, pressure drops)
Any other relevant operational data. read less
This project aims to develop an Excel model for a new compressor design to simulate valve dynamics, specifically focusing on visualizing opening and closing events, as well as reed plate behavior.
Objective
Develop a comprehensive Excel model to simulate compressor valve dynamics.
Create graphs to illustrate valve opening/closing events and reed plate behavior.
Ensure accuracy and usability of the model under various operating conditions.
Tasks
Valve Kinematics:
Implement equations for valve motion based on input parameters.
Calculate lift, velocity, acceleration, and position over time.
Reed Plate Dynamics:
Model reed plate behavior using appropriate physics-based models.
Consider factors such as stiffness, damping, and contact mechanics.
Graphical Representation:
Develop clear graphs to depict valve motion and reed plate dynamics.
Include labeled axes, legends, and annotations for clarity.
Validation and Testing:
Verify model accuracy against theoretical calculations and known scenarios.
Ensure graphs accurately represent expected behavior.
Deliverables
a. Expected Outcome:
Functional Excel model simulating valve dynamics.
Graphs illustrating valve opening/closing events and reed plate behavior.
b. Detailed documentation:
User guide explaining model usage and interpretation of results.
Inputs/Operating Conditions/Boundary conditions Required
2D or 3D CAD model of the compressor design.
Input data series including:
Compressor pressure profile
Spring data
Discharge pressure / Suction pressure
Material data for valve plate
Flow conditions (flow rates, pressure drops)
Any other relevant operational data. read less
Hello, here is the scope:
This project aims to develop an Excel model for a new compressor design to simulate valve dynamics, specifically focusing on visualizing opening and closing events, as well as reed plate behavior.
Objective
Develop a comprehensive Excel model to simulate compressor valve dynamics.
Create graphs to illustrate valve opening/closing events and reed plate beha... read more
This project aims to develop an Excel model for a new compressor design to simulate valve dynamics, specifically focusing on visualizing opening and closing events, as well as reed plate behavior.
Objective
Develop a comprehensive Excel model to simulate compressor valve dynamics.
Create graphs to illustrate valve opening/closing events and reed plate beha... read more
Hello, here is the scope:
This project aims to develop an Excel model for a new compressor design to simulate valve dynamics, specifically focusing on visualizing opening and closing events, as well as reed plate behavior.
Objective
Develop a comprehensive Excel model to simulate compressor valve dynamics.
Create graphs to illustrate valve opening/closing events and reed plate behavior.
Ensure accuracy and usability of the model under various operating conditions.
Tasks
Valve Kinematics:
Implement equations for valve motion based on input parameters.
Calculate lift, velocity, acceleration, and position over time.
Reed Plate Dynamics:
Model reed plate behavior using appropriate physics-based models.
Consider factors such as stiffness, damping, and contact mechanics.
Graphical Representation:
Develop clear graphs to depict valve motion and reed plate dynamics.
Include labeled axes, legends, and annotations for clarity.
Validation and Testing:
Verify model accuracy against theoretical calculations and known scenarios.
Ensure graphs accurately represent expected behavior.
Deliverables
a. Expected Outcome:
Functional Excel model simulating valve dynamics.
Graphs illustrating valve opening/closing events and reed plate behavior.
b. Detailed documentation:
User guide explaining model usage and interpretation of results.
Inputs/Operating Conditions/Boundary conditions Required
2D or 3D CAD model of the compressor design.
Input data series including:
Compressor pressure profile
Spring data
Discharge pressure / Suction pressure
Material data for valve plate
Flow conditions (flow rates, pressure drops)
Any other relevant operational data. read less
This project aims to develop an Excel model for a new compressor design to simulate valve dynamics, specifically focusing on visualizing opening and closing events, as well as reed plate behavior.
Objective
Develop a comprehensive Excel model to simulate compressor valve dynamics.
Create graphs to illustrate valve opening/closing events and reed plate behavior.
Ensure accuracy and usability of the model under various operating conditions.
Tasks
Valve Kinematics:
Implement equations for valve motion based on input parameters.
Calculate lift, velocity, acceleration, and position over time.
Reed Plate Dynamics:
Model reed plate behavior using appropriate physics-based models.
Consider factors such as stiffness, damping, and contact mechanics.
Graphical Representation:
Develop clear graphs to depict valve motion and reed plate dynamics.
Include labeled axes, legends, and annotations for clarity.
Validation and Testing:
Verify model accuracy against theoretical calculations and known scenarios.
Ensure graphs accurately represent expected behavior.
Deliverables
a. Expected Outcome:
Functional Excel model simulating valve dynamics.
Graphs illustrating valve opening/closing events and reed plate behavior.
b. Detailed documentation:
User guide explaining model usage and interpretation of results.
Inputs/Operating Conditions/Boundary conditions Required
2D or 3D CAD model of the compressor design.
Input data series including:
Compressor pressure profile
Spring data
Discharge pressure / Suction pressure
Material data for valve plate
Flow conditions (flow rates, pressure drops)
Any other relevant operational data. read less
Things to know
Any
Skill Level
$250
Fixed-rate (USD)
Part-time
Job type
Under 1-month
Job duration
Areas of expertise
20-20 Design
2D & 3D Drafting
2D Architecture Design
Job categories
Mechanical Design Services
Mechanical Engineering
Engineering Design
CAD Drawing Services
+1 more
About the client
Payment ready
Posted
Active
Job activity
6 Applicants
1 interviews in progress
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