side and 4 mm thick. The walls are 3 mm thick, and the total height of the cup = 50 mm. The SL used for the job uses a spot diameter = 0.25 mm, and the beam is moved at a speed = 1000 Layer thickness = 0.10 mm. Repositioning and recoating time for each layer = 20 sec. Compute
side and 4 mm thick. The walls are 3 mm thick, and the total height of the cup = 50 mm. The SL used for the job uses a spot diameter = 0.25 mm, and the beam is moved at a speed = 1000 Layer thickness = 0.10 mm. Repositioning and recoating time for each layer = 20 sec. Compute
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![Problem 4. (Build Cycle Time in Stereolithography)
The square cup-shaped part shown is fabricated using stereolithography. The base of the cup is 35 mm
on each side and 4 mm thick. The walls are 3 mm thick, and the total height of the cup = 50 mm. The SL
machine used for the job uses a spot diameter = 0.25 mm, and the beam is moved at a speed = 1000
mm/sec. Layer thickness = 0.10 mm. Repositioning and recoating time for each layer = 20 sec. Compute
an estimate of the cycle time to build the part if the setup time = 15 min.
A
Figure for Problem 4.
50](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F3f8a6c8f-9c9e-4a3f-8cfc-fb848b18acc8%2F9ce8e205-476d-407d-857f-ef659eec27e0%2Frc1xyqk_processed.gif&w=3840&q=75)
Transcribed Image Text:Problem 4. (Build Cycle Time in Stereolithography)
The square cup-shaped part shown is fabricated using stereolithography. The base of the cup is 35 mm
on each side and 4 mm thick. The walls are 3 mm thick, and the total height of the cup = 50 mm. The SL
machine used for the job uses a spot diameter = 0.25 mm, and the beam is moved at a speed = 1000
mm/sec. Layer thickness = 0.10 mm. Repositioning and recoating time for each layer = 20 sec. Compute
an estimate of the cycle time to build the part if the setup time = 15 min.
A
Figure for Problem 4.
50
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