Wolfram Demonstrations Project
Mark D. Normand and Micha Peleg
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Demonstrations 41 - 60 of 70
Equivalent Length of a Pipe with Fittings and ValvesMicrobial Population Growth, Mortality, and Transitions between ThemFlow Curves of a Herschel-Bulkley FluidSurvival Curves of Bacilli Spores with an Activation ShoulderFrictional Pressure Drop in a Pipe
Equivalent Length of a Pipe with Fittings and Valves
Microbial Population Growth, Mortality, and Transitions between Them
Flow Curves of a Herschel-Bulkley Fluid
Survival Curves of Bacilli Spores with an Activation Shoulder
Frictional Pressure Drop in a Pipe
Mechanical Sensitivity of Soft Testing MachinesFive Definitions of Strain for Large DeformationsRefrigeration Cycle Coefficient of PerformanceHeat Balance in Freezing and Thawing FoodPrincipal Stresses in Compacted Cohesive Powders
Mechanical Sensitivity of Soft Testing Machines
Five Definitions of Strain for Large Deformations
Refrigeration Cycle Coefficient of Performance
Heat Balance in Freezing and Thawing Food
Principal Stresses in Compacted Cohesive Powders
Estimating the Thermal Properties of Foods from Their Moisture ContentsForce to Overcome Vacuum PullRelaxation of a Maxwell ElementFailure Probabilities from Quality Control ChartsMass Balance of Binary Mixtures
Estimating the Thermal Properties of Foods from Their Moisture Contents
Force to Overcome Vacuum Pull
Relaxation of a Maxwell Element
Failure Probabilities from Quality Control Charts
Mass Balance of Binary Mixtures
Biphasic Exponential Decay and GrowthLogarithmic Mean Temperature of a Heat ExchangerLine Jaggedness Visualization with the Mandelbrot-Weierstrass FunctionSteady-State Heat Transfer through an Insulated WallSurface Area Increase by Size Reduction
Biphasic Exponential Decay and Growth
Logarithmic Mean Temperature of a Heat Exchanger
Line Jaggedness Visualization with the Mandelbrot-Weierstrass Function
Steady-State Heat Transfer through an Insulated Wall
Surface Area Increase by Size Reduction

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