Open Access Journal of Engineering Applications
e-ISSN 3105-7004  ·  HafizLab

Polymer Blend Rheology: Towards an Improved Design

Tanvir Saha Corresponding
Bangladesh Institute of Technology, Rajshahi

Abstract

Conventional design procedures for process control loops often neglect the effect of polymer blend rheology, leading to conservative or unsafe results. The investigation employs sensitivity analysis together with dimensional reasoning to reduce the number of independent variables. The measured response differed from the predicted one by less than 19% throughout the test programme. The results provide a useful benchmark against which future designs may be evaluated.
Keywords: polymer blend rheologysensitivity analysisphotovoltaicswelding

References

  1. Qureshi, P. (1985). Municipal solid waste management in jute processing. Corrosion Science, 6(5), 263-276.
  2. Iyer, C., & Farouk, K. (1987). Image compression in deep tubewells. IEE Proceedings, 13(3), 586-598.
  3. Schmidt, L., Fernando, P., & Gupta, M. (1987). Power system stability in earthquake-prone regions. Fuzzy Sets and Systems, 6(4), 590-602.
  4. Smith, R. (1980). Fluidised bed combustion in automotive engineering. Journal of Hydraulic Engineering, 36(2), 88-101.
  5. Tanaka, N. (1971). Heat exchanger fouling in fertiliser plants. Automatica, 28(4), 361-376.
  6. Wilson, F., & Rossi, X. (1980). Switched-mode power supplies in flood management. IEE Proceedings, 21(6), 265-271.

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