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Project title: Venting machine hatch mechanism
Type of cooperation: One-time project
Section: Education and consulting
Prepayment: prepayment is possible
Payment methods: Electronic money
Acceptance of requests: from 2024-02-25 until 2024-03-01
Type of cooperation: One-time project
Section: Education and consulting
Prepayment: prepayment is possible
Payment methods: Electronic money
Acceptance of requests: from 2024-02-25 until 2024-03-01
Project description:
Offering remote work. It is required to perform work on the part of the course work - the mechanism of the hatch of the vending machine.
(1) Select the material and find the elasticity limit for it. And the material is also very durable.
Find the amount of stress at which the damage ceases to accumulate. Corrosion resistance must also be material. Describe.
(2) In the metric:
Get lengths 1 and 2 specific to choose
Choose them based on what we will sell in the machine (the mechanism is a hatch of a trading machine)
(3) Describe the rotational dependence of point B on angle of rotation. Same for point E. For the middle of the pieces. To obtain the velocities and accelerations of these points by differentiating the equations of these displacements.
Calculate these parameters for points
(4) Conduct force analysis and kinetostatic analysis
Offering remote work. It is required to perform work on the part of the course work - the mechanism of the hatch of the vending machine.
(1) Select the material and find the elasticity limit for it. And the material is also very durable.
Find the amount of stress at which the damage ceases to accumulate. Corrosion resistance must also be material. Describe.
(2) In the metric:
Get lengths 1 and 2 specific to choose
Choose them based on what we will sell in the machine (the mechanism is a hatch of a trading machine)
(3) Describe the rotational dependence of point B on angle of rotation. Same for point E. For the middle of the pieces. To obtain the velocities and accelerations of these points by differentiating the equations of these displacements.
Calculate these parameters for points
(4) Conduct force analysis and kinetostatic analysis
Attached files:
Attached files are available only to Freelancers and the project author
Attached files are available only to Freelancers and the project author
