HortScience · 1970 · 18 citations · 1 references
Natural SciencesCrop SciencesMaterials ScienceBiomechanicsFruit ScienceMechanical Behavior Of MaterialsCrack AssessmentElastic DeformationFracture MechanicsStrain MeasurementStress-strain BehaviorCrackingField Data CollectionFruit Skin StructureStress-strain AnalysisStress-strain CurveStress-strain RelationsStress-strain Relationships
Abstract Stress-strain measurements of the skin from fruit of 5 tomato cultivars were related to field data for fruit cracking. No relationship was found between modulus of elasticity and fruit cracking, but ultimate force and breaking elongation showed inverse relationships to fruit cracking. Breaking elongation, which reflects both elasticity and plasticity of the skin, should be of value in estimating crack resistance of tomato fruit. The Instron instrument was used to determine these mechanical properties.
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