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Journal Articles

Informing Circularity-Focused Design Optimization Using Parametric Life-Cycle Engineering Simulation Models

Gaurav Aher, Michael Sandberg, Jalil Boudjadar, Devarajan Ramanujan
Journal: Smart and Sustainable Manufacturing Systems
Publisher: ASTM International
Article Type: Technical Papers
Smart Sustain. Manuf. Syst.. March 2025, 9(1): 11–36.
Paper No: SSMS20240018
https://doi.org/10.1520/SSMS20240018
Published Online: March 25, 2025
View Articletitled, Informing Circularity-Focused Design Optimization Using Parametric Life-Cycle Engineering Simulation Models
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Journal Articles

A Digital Twin for a Real-Time Hardened Case Prediction in Induction Hardening Applications

Mario López-Lombardero, Unai Segurajauregi, Maialen Areitioaurtena, Iban Retolaza, Mario Javier Cabello
Journal: Smart and Sustainable Manufacturing Systems
Publisher: ASTM International
Article Type: Technical Notes
Smart Sustain. Manuf. Syst.. March 2025, 9(1): 1–10.
Paper No: SSMS20240006
https://doi.org/10.1520/SSMS20240006
Published Online: March 4, 2025
View Articletitled, A Digital Twin for a Real-Time Hardened Case Prediction in Induction Hardening Applications
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Journal Articles

Enhancing Online Job Shop Scheduling Efficiency: Simulation-Based Optimization Incorporating Human Productivity Factors and TOPSIS Ranking

Parham Ahmadi
Journal: Smart and Sustainable Manufacturing Systems
Publisher: ASTM International
Article Type: Technical Papers
Smart Sustain. Manuf. Syst.. December 2024, 8(1): 119–135.
Paper No: SSMS20230042
https://doi.org/10.1520/SSMS20230042
Published Online: December 30, 2024
View Articletitled, Enhancing Online Job Shop Scheduling Efficiency: Simulation-Based Optimization Incorporating Human Productivity Factors and TOPSIS Ranking
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Journal Articles

Optimizing Stereolithography Printing Parameters for Enhanced Microfluidic Chip Quality

Nidal El Biyari, Mohssin Zekriti
Journal: Smart and Sustainable Manufacturing Systems
Publisher: ASTM International
Article Type: Technical Papers
Smart Sustain. Manuf. Syst.. December 2024, 8(1): 136–149.
Paper No: SSMS20240013
https://doi.org/10.1520/SSMS20240013
Published Online: December 30, 2024
View Articletitled, Optimizing Stereolithography Printing Parameters for Enhanced Microfluidic Chip Quality
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Image

General direction of the study and methodology step by step.

in Enhancing Online Job Shop Scheduling Efficiency: Simulation-Based Optimization Incorporating Human Productivity Factors and TOPSIS Ranking > Smart and Sustainable Manufacturing Systems
Published Online: December 30, 2024
FIG. 1 General direction of the study and methodology step by step. More about this image found in General direction of the study and methodology step by step.
Image

Job shop configuration of numerical example.

in Enhancing Online Job Shop Scheduling Efficiency: Simulation-Based Optimization Incorporating Human Productivity Factors and TOPSIS Ranking > Smart and Sustainable Manufacturing Systems
Published Online: December 30, 2024
FIG. 2 Job shop configuration of numerical example. More about this image found in Job shop configuration of numerical example.
Image

Simulation model in arena.

in Enhancing Online Job Shop Scheduling Efficiency: Simulation-Based Optimization Incorporating Human Productivity Factors and TOPSIS Ranking > Smart and Sustainable Manufacturing Systems
Published Online: December 30, 2024
FIG. 3 Simulation model in arena. More about this image found in Simulation model in arena.
Image

Makespan simulation results for five scenarios and six job types.

in Enhancing Online Job Shop Scheduling Efficiency: Simulation-Based Optimization Incorporating Human Productivity Factors and TOPSIS Ranking > Smart and Sustainable Manufacturing Systems
Published Online: December 30, 2024
FIG. 4 Makespan simulation results for five scenarios and six job types. More about this image found in Makespan simulation results for five scenarios and six job types.
Image

The impact of ideal human productivity factor on makespan.

in Enhancing Online Job Shop Scheduling Efficiency: Simulation-Based Optimization Incorporating Human Productivity Factors and TOPSIS Ranking > Smart and Sustainable Manufacturing Systems
Published Online: December 30, 2024
FIG. 5 The impact of ideal human productivity factor on makespan. More about this image found in The impact of ideal human productivity factor on makespan.
Image

Simulation results for makespan considering failure and transportation time...

in Enhancing Online Job Shop Scheduling Efficiency: Simulation-Based Optimization Incorporating Human Productivity Factors and TOPSIS Ranking > Smart and Sustainable Manufacturing Systems
Published Online: December 30, 2024
FIG. 6 Simulation results for makespan considering failure and transportation time. More about this image found in Simulation results for makespan considering failure and transportation time...
Image

Simulation result for optimistic and pessimistic perspectives.

in Enhancing Online Job Shop Scheduling Efficiency: Simulation-Based Optimization Incorporating Human Productivity Factors and TOPSIS Ranking > Smart and Sustainable Manufacturing Systems
Published Online: December 30, 2024
FIG. 7 Simulation result for optimistic and pessimistic perspectives. More about this image found in Simulation result for optimistic and pessimistic perspectives.
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Scenarios ranking by TOPSIS.

in Enhancing Online Job Shop Scheduling Efficiency: Simulation-Based Optimization Incorporating Human Productivity Factors and TOPSIS Ranking > Smart and Sustainable Manufacturing Systems
Published Online: December 30, 2024
FIG. 8 Scenarios ranking by TOPSIS. More about this image found in Scenarios ranking by TOPSIS.
Image

Drafting of the microfluidic chip.

in Optimizing Stereolithography Printing Parameters for Enhanced Microfluidic Chip Quality > Smart and Sustainable Manufacturing Systems
Published Online: December 30, 2024
FIG. 1 Drafting of the microfluidic chip. More about this image found in Drafting of the microfluidic chip.
Image

Slicing of the microfluidic chip.

in Optimizing Stereolithography Printing Parameters for Enhanced Microfluidic Chip Quality > Smart and Sustainable Manufacturing Systems
Published Online: December 30, 2024
FIG. 2 Slicing of the microfluidic chip. More about this image found in Slicing of the microfluidic chip.
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The first and last layers to be printed.

in Optimizing Stereolithography Printing Parameters for Enhanced Microfluidic Chip Quality > Smart and Sustainable Manufacturing Systems
Published Online: December 30, 2024
FIG. 3 The first and last layers to be printed. More about this image found in The first and last layers to be printed.
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The used Kudo 3D machine.

in Optimizing Stereolithography Printing Parameters for Enhanced Microfluidic Chip Quality > Smart and Sustainable Manufacturing Systems
Published Online: December 30, 2024
FIG. 4 The used Kudo 3D machine. More about this image found in The used Kudo 3D machine.
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Microfluidic chip fabricated by SLA.

in Optimizing Stereolithography Printing Parameters for Enhanced Microfluidic Chip Quality > Smart and Sustainable Manufacturing Systems
Published Online: December 30, 2024
FIG. 5 Microfluidic chip fabricated by SLA. More about this image found in Microfluidic chip fabricated by SLA.
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Characterization of microfluidic channels by the optical microscope.

in Optimizing Stereolithography Printing Parameters for Enhanced Microfluidic Chip Quality > Smart and Sustainable Manufacturing Systems
Published Online: December 30, 2024
FIG. 6 Characterization of microfluidic channels by the optical microscope. More about this image found in Characterization of microfluidic channels by the optical microscope.
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Transmittance curves obtained for three different exposure times.

in Optimizing Stereolithography Printing Parameters for Enhanced Microfluidic Chip Quality > Smart and Sustainable Manufacturing Systems
Published Online: December 30, 2024
FIG. 7 Transmittance curves obtained for three different exposure times. More about this image found in Transmittance curves obtained for three different exposure times.
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Characterization of microfluidic channel for an exposure time of 35 s.

in Optimizing Stereolithography Printing Parameters for Enhanced Microfluidic Chip Quality > Smart and Sustainable Manufacturing Systems
Published Online: December 30, 2024
FIG. 8 Characterization of microfluidic channel for an exposure time of 35 s. More about this image found in Characterization of microfluidic channel for an exposure time of 35 s.