Redesign Room Winning Team’s Room Preload Temperature Extreme Cold Temperature Measurements Bend Tension Bend Test Results Test Results Test Results Specimen Length (cm) Specimen Width (cm) Specimen Height (mm) (thickness) Specimen Volume (cm3) Specimen Cross Sectional Area (cm2) Specimen Mass (g) Specimen Density (g/cm3) Specimen Temperature (°C) Mass Withstood (g) Pre-Load (N) Maximum Reading (N) Force Withstood (N) Specimen Tensile Strength (N/m2) Specimen Specific Strength (N/m2) Note: Pay close attention to your units as you record data and calculate values. Tensile strength is the force withstood divided by cross sectional area. Specific strength is the tensile strength divided by density. Analyze Results, Think Again, Improve, Test Starting Date: __________ Completion Date: __________
Preload Measurements Room Temperature Bend Test Results Redesign Room Temperature Bend Test Results Winning Team’s Extreme Cold Tension Test Results Specimen Length (cm) Specimen Width (cm) Specimen Height (mm) (thickness) Specimen Volume (cm3) Specimen Cross Sectional Area (cm2) Specimen Mass (g) Specimen Density (g/cm3) Specimen Temperature (°C) Mass Withstood (g) Pre-Load (N) Maximum Reading (N) Force Withstood (N) Specimen Tensile Strength (N/m2) Specimen Specific Strength (N/m2) Note: Pay close attention to your units as you record data and calculate values. Tensile strength is the force withstood divided by cross sectional area. Specific strength is the tensile strength divided by density. Analyze Results, Think Again, Improve, Test Starting Date: __________ Completion Date: __________