.As the compression ratio in a diesel engine increases, so does the weight of the engine...

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.As the compression ratio in a diesel engine increases, so does the weight of the engine as more material must be used to contain the higher operating pressures. This relationship can be assumed linear (Weight = C*compression ratio), where Ċ is some constant of proportionality. Consider how the specific work per weight ratio is affected by compression ratio, heat input, and proportionality constant, C. Generate one or more plots showing these relationships. Discuss the results and implications for design. .As the compression ratio in a diesel engine increases, so does the weight of the engine as more material must be used to contain the higher operating pressures. This relationship can be assumed linear (Weight = C*compression ratio), where Ċ is some constant of proportionality. Consider how the specific work per weight ratio is affected by compression ratio, heat input, and proportionality constant, C. Generate one or more plots showing these relationships. Discuss the results and implications for design.

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Exploring the Effects of Compression Ratio and C on Specific Work per Weight Ratio in Diesel Engines The specific work per weight ratio SWWR is a cruc... View the full answer