Laserfiche WebLink
til <br />iM <br />L <br />15. <br />C. International Marina Institute, 1991 Marina Design Technical Report #2, <br />''Design of Slip Widths for Tomorrow’s Boats - Not Yesterdays." <br />D. International Marina Institute, 1991 Marina Design Technical Report #3, <br />'Vater Absorption Characteristics of Foam for Floating Docks." <br />14. RESEARCH 2ES <br />A. Radc Storage, its cost, income and designs. <br />B. Wind Loading on Floating Dock Anchorage Systems. <br />C. 1989 Power Boat Widths. <br />D. Determination of a siirple standard test proceedure for water absorbency <br />of foam as relative to its use in flotaticxi units for floating docks. <br />E. Determination of a siirple standard test proceedure and rating scale for <br />puncture and penetration of protection materials used for covering <br />around pontoon flotation. <br />P. 1989 Power Boat Weights <br />G. Investigation of cleat design, strength and failure mode. <br />» WITOESS FOR LEGAL PROCEEDINGS <br />A. Case involving a death on a fixed pier system. <br />B. Case involving collapse of roofed floating dock system. <br />C. Case involving a sinking floating dock system. <br />D. Case involving an accident on a floating dock access rairp. <br />E. Case involving a death where it was required to determine adequacy of <br />wave attenuation device and entrance configuration at existing marina. <br />F. Alleged patent infringement case for flotation product. <br />G. Case involving personal injxiry where dock decking had extra wide <br />openings tdiich caused a fall and injury. <br />H. Case involving fall and injury off ran^ from shore floating dock. <br />I. Case involving fall and injury on a bridge from shore to floating dock. <br />J. Case involving personal injury to two children on floating dock <br />anchorage system. <br />Rev. July 1, 1992 <br />-8- <br />Jig