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  "author": "Dustin R. Jantos, Miriam Kick, Philipp Junker",
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  "author": "Dustin R. Jantos",
            
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  "author_email": "jantos@ikm.uni-hannover.de",
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  "author_email": "jantos@ikm.uni-hannover.de",
            
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  "creator_user_id": "17755db4-395a-4b3b-ac09-e8e3484ca700",
            
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  "doi": "10.25835/176pl6eq",
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  "doi": "10.25835/176pl6eq",
            
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  "doi_date_published": "2022-02-18",
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  "doi_date_published": "2022-02-18",
            
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  "doi_publisher": "LUIS",
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    {
            
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      "extra_author": " Miriam Kick"
            
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    },
            
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    {
            
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      "extra_author": " Philipp Junker"
            
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    }
            
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  "license_title": "CC-BY-NC-3.0",
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  "license_title": "CC-BY-NC-3.0",
            
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  "maintainer": "Dustin R. Jantos",
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  "maintainer": "Dustin R. Jantos",
            
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  "maintainer_email": "jantos@ikm.uni-hannover.de",
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  "notes": "The development of engineering components often starts 
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  "notes": "The development of engineering components often starts 
            
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digitally and a topology optimization can be the very first step. 
31
digitally and a topology optimization can be the very first step. 
            
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However, it is important to account for manufacturing properties 
32
However, it is important to account for manufacturing properties 
            
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during the optimization of these structures. For a step-by-step 
33
during the optimization of these structures. For a step-by-step 
            
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additive manufacturing, we developed a sequential thermodynamic 
34
additive manufacturing, we developed a sequential thermodynamic 
            
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topology optimization and implemented it into the software MATLAB [1].  
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topology optimization and implemented it into the software MATLAB [1].  
            
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This optimization process runs step-by-step through predefined 
36
This optimization process runs step-by-step through predefined 
            
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sequences. For each sequence, the boundary conditions are updated due 
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sequences. For each sequence, the boundary conditions are updated due 
            
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to the changed manufacturing load. Furthermore, the design space can 
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to the changed manufacturing load. Furthermore, the design space can 
            
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be extended and/or reinitialized. Therefore, the optimization 
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be extended and/or reinitialized. Therefore, the optimization 
            
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properties 1) fixed design, 2) only material can be added or 3) free 
40
properties 1) fixed design, 2) only material can be added or 3) free 
            
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optimization can be chosen. The next sequence starts when the 
41
optimization can be chosen. The next sequence starts when the 
            
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optimization of the previous sequence converges. Using this MATLAB 
42
optimization of the previous sequence converges. Using this MATLAB 
            
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code, we computed the numerical results for a bridge-like structure in 
43
code, we computed the numerical results for a bridge-like structure in 
            
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[2]. The given MATLAB code is divided into two files: 1) 
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[2]. The given MATLAB code is divided into two files: 1) 
            
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\u201ctopTTO.m\u201d contains the optimization function for a 
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\u201ctopTTO.m\u201d contains the optimization function for a 
            
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rectangular design space discretized by 4-node square elements and 2) 
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rectangular design space discretized by 4-node square elements and 2) 
            
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\u201cexecuter.m\u201d contains the function calls to compute the 
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\u201cexecuter.m\u201d contains the function calls to compute the 
            
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sequential optimization for the examples in [2].\r\n\r\n[1] MATLAB 
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sequential optimization for the examples in [2].\r\n\r\n[1] MATLAB 
            
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programming language, www.mathworks.com.\r\n\r\n[2] Miriam Kick, 
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programming language, www.mathworks.com.\r\n\r\n[2] Miriam Kick, 
            
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Dustin R. Jantos and Philipp Junker. _Thermodynamic topology 
50
Dustin R. Jantos and Philipp Junker. _Thermodynamic topology 
            
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optimization for sequential additive manufacturing including 
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optimization for sequential additive manufacturing including 
            
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structural self-weight._ Submitted. (2022)",
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structural self-weight._ Submitted. (2022)",
            
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Garbsen__\r\n\r\nTel. +49 511 762 - 3220\r\n\r\nFax  +49 511 762 - 
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Garbsen__\r\n\r\nTel. +49 511 762 - 3220\r\n\r\nFax  +49 511 762 - 
            
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5496 \r\n\r\nhttps://www.ikm.uni-hannover.de/",
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  "title": "Implementation of thermodynamic topology optimization for 
            
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sequential additive manufacturing including structural self-weight in 
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sequential additive manufacturing including structural self-weight in 
            
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MATLAB",
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MATLAB",
            
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