Andere Kunden interessierten sich auch für
![Thermodynamic Analysis of Supercritical Power Cycle]( "Thermodynamic Analysis of Supercritical Power Cycle")
Thermodynamic Analysis of Supercritical Power Cycle50,99 €![Irreversibility Analysis for the Magnetized Boundary Layer Problems]( "Irreversibility Analysis for the Magnetized Boundary Layer Problems")
Irreversibility Analysis for the Magnetized Boundary Layer Problems51,99 €![Exergy]( "Exergy")
Exergy110,99 €![Exergy analysis of CI engine using Karanja Biodiesel]( "Exergy analysis of CI engine using Karanja Biodiesel")
Exergy analysis of CI engine using Karanja Biodiesel23,99 €![Coupled Power-Refrigeration Cycle]( "Coupled Power-Refrigeration Cycle")
Coupled Power-Refrigeration Cycle51,99 €![Performance Analysis of a C.I. Engine Using Tree-borne Biodiesel]( "Performance Analysis of a C.I. Engine Using Tree-borne Biodiesel")
Performance Analysis of a C.I. Engine Using Tree-borne Biodiesel42,99 €![SUSTAINABLE APPROACHES OF PLASTIC OIL USAGE IN IC ENGINE]( "SUSTAINABLE APPROACHES OF PLASTIC OIL USAGE IN IC ENGINE")
SUSTAINABLE APPROACHES OF PLASTIC OIL USAGE IN IC ENGINE55,99 €
Drying of food grains in the fields by exposure to sun has been very common in India since ancient times. Coal, oil or firewood is usually used in such conventional industrial dryers. The present energy crisis compels one to think of use of alternate sources of energy and the population free. Abundant and readily available solar energy seems to be the only answer.This study is concerned with the exergy analysis of solar drying system for grapes. Grapes were dried to final moisture content to 30% (w.b) from 80% (w.b)in 18 h using this system. In this study exergy analysis of solar drying process were performed for grapes. Using the second law of thermodynamics, exergy analysis of solar drying was estimated. Exergy analysis is the method to study the capacity of conservation of food after drying, which was adopted in this project. Exergy destruction also indicates the heat losses at a particular time.Irreversibility at the collector indicates how far the food products are conservedin day's basis.