report:soa

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report:soa [2026/06/03 11:12] – [2.5.2 Sensor placements] team4report:soa [2026/06/03 11:16] (current) – [2.6 Summary] team4
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 <color #6aa84f>__//**TO BE CHECKED WHEN THE PROTOTYPE HAS TO BE DONE**//__</color> <color #6aa84f>__//**TO BE CHECKED WHEN THE PROTOTYPE HAS TO BE DONE**//__</color>
  
-- Option 1 :One possible option is to combine basalt fabric reinforcement with reused concrete or industrial waste. However, the pH level must be tested to ensure that the material is suitable for water exposure.+- Option 1: One possible option is to combine basalt fabric reinforcement with reused concrete or industrial waste. However, the pH level must be tested to ensure that the material is suitable for water exposure.
  
   * **Pros** It is similar to the actual product and cuts down on costs.   * **Pros** It is similar to the actual product and cuts down on costs.
   * **Cons** It is impossible to modify the model design and there is no marketing advantage because it is not different from existing business.   * **Cons** It is impossible to modify the model design and there is no marketing advantage because it is not different from existing business.
  
-- Option 2 : Polymer clay can be shaped into the desired model and then hardened by baking it in an oven.+- Option 2: Polymer clay can be shaped into the desired model and then hardened by baking it in an oven.
    
   * **Pros** It is possible to be mini version of the actual model in any shape and cuts down on costs.   * **Pros** It is possible to be mini version of the actual model in any shape and cuts down on costs.
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 ==== 2.6 Summary ==== ==== 2.6 Summary ====
-Chapter 2 gives an overview of existing artificial reef concepts, relevant companies, material choices, sensor challenges, and biological and geographical factors. It shows that Maris Habitats differs from many existing solutions by combining modular reef blocks with a removable smartblock for long-term local data logging. The chapter also highlights that successful reef design depends on durable marine materials, structural complexity, suitable sensor placement, and careful site selection.+Chapter 2 gives an overview of existing artificial reef concepts, relevant companies, material choices, sensor challenges, and biological and geographical factors. It shows that Maris Habitats differs from many existing solutions by combining modular reef blocks with a removable smartlogger for long-term local data logging. The chapter also highlights that successful reef design depends on durable marine materials, structural complexity, suitable sensor placement, and careful site selection.