0150 pointal Attributes Corrosion Besistance (3) Resistance to Biological Degradation (3) Fatigue Resistance (1) Resista

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0150 Pointal Attributes Corrosion Besistance 3 Resistance To Biological Degradation 3 Fatigue Resistance 1 Resista 1 (36.65 KiB) Viewed 24 times

0150 pointal Attributes Corrosion Besistance (3) Resistance to Biological Degradation (3) Fatigue Resistance (1) Resistance to Stress Cotrosion Cracking (2) UV Resistance (1) Moisture Resistance (3) Durability Score Raw Material Renewability (2) Recycling Approach (3) Impact of Production on Human Health (2) Impact of Production on Ecosystems (2) Impact of Production on Resources (2) Sustainability Score Short-Term Raw Material Availability (2) Long-Term Raw Material Availability (3) Geographical Distribution of Reserves (3) Potential for Restrictive Government Regulations (2) 3 Development of Recycling Infrastructure (3) 2 Projected Growth of Competing Industries (2) 1 1 5 Ease of Production Increase (3) 3 Future Availability Score a) 16 x 5 points) Calculate the durability, sustainability, and future availability scores for Material A and B b) [10 pointsl Calculate the total score and identity which material is the best c) [10 pointal Propose the major shortcoming for the established comparison 03:15 points) By how much the velocity of wind turbine will be multiplied, if its wind power is doubled? 04: [15 points] Assuming a steady state heat transfer, a surface temperature of 25°C and no advective flow exists Calculate the temperature at which the geothermal reservoir is at z 2 km. Given properties: Om 0.1 W m A . 3 HW m h 120 m Wm K 3 Material AMaterial 1 3 5 4 2 y 5 li 5 5 . 1 3 4 1 554 W-N- 1 2 3 4 S 3 1 -- 1 3 4 1 2 I 25 M