Expert in Design and Molding with Rubber
Expert ID: 712738 Arizona, USA
Expert has expertise with high-pressure molding, molding laminated rubber designs, molding thin rubber sections, the unique problems of molding very large rubber products, and rubber adhesive bonding.
Expert has expertise using finite element analysis to model the rubber for both design and manufacturing applications. Design applications include modeling the rubber, reinforcing metals, and attachment hardware undergoing multiaxial loadings. Manufacturing applications include modeling the rubber component and mold tool during the vulcanization cycle. Analysis of results allow him to predict rubber strains, bond stresses, attachment hardware stresses, stability, heat generation and total cure state, temperatures of bond formation, rubber shrinkage stresses, minimum cure time, and mold metal stresses.
Expert is familiar with common rubber testing, especially those involving ASTM and military specifications and what tests are of value and which are not. The emphasis of his experience is on tests for complex modulus, damping capacity, low temperature flexibility, adhesive strength, fatigue, crack growth, and material characterization for finite element analysis.
Expert has expertise with natural rubber (NR) and familiarity with silicone, EPMD and nitrile compounding for fatigue resistance, high or low temperature resistance and variable damping.
Expert may consult nationally and internationally, and is also local to the following cities: Tucson, Arizona
|Year: 1966||Degree: BSME||Subject:||Institution: University of Detroit|
|Years: 1977 to Present||Employer: Undisclosed||Title: President||Department:||Responsibilities:|
|Years: 1973 to 1977||Employer: Barry Controls, Division of Barry Wright Corporation||Title: Staff Technical Specialist||Department:||Responsibilities:|
|Years: 1964 to 1973||Employer: Lord Kinematic||Title: Research Engineer||Department:||Responsibilities:|
Fields of Expertise
rubber component, rubber component design, shock vibration, rubber, rubber molding, rubber product manufacturing, finite element analysis, damping capacity, rubber testing, natural rubber, rubber formulation, silicone rubber, material damping property, golf ball, Viton diaphragm, neoprene, high-pressure molding, rubber vulcanization, O ring, silicone compounding, engine mount, rubber bladder, rubber curing, polymeric material curing, vibration isolator, finite element method, rubber degradation, rubber bonding, elastomer fatigue, mechanical shock analysis, material fatigue testing, rubber fatigue, rubber failure analysis, rubber compounding, nonlinear dynamic response, fatigue crack growth, high-pressure seal, elastomer adhesion, seal (device), heat transfer modeling, mechanical system vibration, mechanical system resonance, adhesive selection, computer-aided geometric design, energy-efficient rubber processing, vulcanizing, fracture stress, airframe, military specification, structural vibration, styrene-butadiene rubber, vulcanized elastomer, vibration modeling, vibration isolation, vibration, torsional fatigue, stress analysis, static fatigue, shock isolation, rubber impact testing, pressure seal, polymerization kinetics, polymer compounding, natural polymer, mechanical fatigue, isolator, instantaneous strain, fracture mechanics, materials failure analysis, failure analysis, expert system, endurance testing, elastomer, elastomer processing, rubber processing, elastic vibration, creep, butyl rubber