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Paper Title

Kinetic modelling of texture development in potato cubes (Solanum tuberosum L.), green gram whole (Vigna radiate L.) and red gram splits (Cajanus cajan L.)

Keywords

  • Kinetic Modelling
  • Texture Development
  • Potato Cubes
  • Solanum Tuberosum L
  • Green Gram Whole
  • Vigna Radiata L
  • Red Gram Splits
  • Cajanus Cajan L
  • Texture Analyzer
  • Stevens-LFRA
  • Load Measurement
  • Isothermal Process
  • Non-Isothermal Heating
  • Open Pan Cooking
  • Pressure Cooking
  • EcoCooker
  • Fuel-Efficient Cooking
  • First Order Kinetics
  • Mathematical Model
  • Rate Constants
  • Time-Temperature Profile
  • Food Processing

Article Type

Research Article

Research Impact Tools

Issue

Volume : 76 | Issue : 4 | Page No : 524-530

Published On

October, 2006

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Abstract

Texture is one of the most important quality parameter, which influences the acceptability of food products. The kinetics of texture development which was evaluated using a Stevens-LFRA Texture Analyzer in terms load in grams, has been studied over a temperature range of 50–120 °C (isothermal process), and also during normal open pan cooking, pressure-cooking and a cooking in a newly developed and patented fuel-efficient ‘EcoCooker’ (non-isothermal heating process). The texture development followed first order kinetics in potato cubes, whole green gram and red gram splits, the food samples used in this study. A mathematical model was developed using the rate constants of texture development at fixed temperatures and the time–temperature profile of the processing method.

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