201,816 research outputs found
Estimates of Vs30 Based on Constrained H/V Ratio Measurements Alone
No full text"One more use of H/V of microtremors is described by S. Castellaro and F. Mulargia. They propose a method to infer the ever-needed Vs 30 by fitting the observed H/V spectrum to the theoretical one computed under assumption taht noise wavefield is composed of the fundamental mode Rayleigh waves. The authors find their technique superior and more informative than all popular array methods, allowing detection of deviations from 1-D subsoil geometry over lengths of a few meters!" (CASSIDY J., MUCCIARELLI M., HERAK M. 8eds.), Increasing Seismic Safety by Combining Engineering Technologies and Seismological Data, p.2
Cassidy, M. Eileen
No full textM. Eileen Cassidy - Professor of Women\u27s Physicall Education.https://digitalcommons.library.umaine.edu/univ_photos/2000/thumbnail.jp
Interview with Joseph A. Cassidy
No full textJoseph A. Cassidy, a third-generation marine, enlisted in the U.S. Marine Corps on September 17th, 1942 in Philadelphia, Pennsylvania. He completed basic training at Parris Island, South Carolina, after which he was assigned to Marine Aviation and attended technical school in Cherry Point, North Carolina and ordinance and gunnery school in Jacksonville, North Carolina. He joined a torpedo bomber squad and completed operational training in El Toro, California. He was discharged as a sergeant at age twenty, and after re-enlisting during the Korean War, he attained the rank of staff sergeant
Interview with Joseph A. Cassidy
No full textJoseph A. Cassidy, a third-generation marine, enlisted in the U.S. Marine Corps on September 17th, 1942 in Philadelphia, Pennsylvania. He completed basic training at Parris Island, South Carolina, after which he was assigned to Marine Aviation and attended technical school in Cherry Point, North Carolina and ordinance and gunnery school in Jacksonville, North Carolina. He joined a torpedo bomber squad and completed operational training in El Toro, California. He was discharged as a sergeant at age twenty, and after re-enlisting during the Korean War, he attained the rank of staff sergeant
Cassidy, M R (Maurice Reginald), NX50058
No full textThis record was harvested from a previous catalogue system and will be withdrawn in 2025. Information in this record may be superseded or incomplete. Visit this record in UMA's new catalogue at: https://archives.library.unimelb.edu.au/nodes/view/376374Surname: CASSIDY
Given Name(s) or Initials: M R (MAURICE REGINALD)
Military Service Number or Last Known Location: NX50058
Missing, Wounded and Prisoner of War Enquiry Card Index Number: 16624188935
Item: [2016.0049.08680] "Cassidy, M R (Maurice Reginald), NX50058
Application Research of 3D Printing Technology on Dress Forms
No full textAbstract— Dress form is an essential tool in the clothing-making process for pattern block development, draping and quality inspection. However, it is noted that a single dress form is not applicable for a large variety body shapes. There are adjustable dress forms and custom-made dress forms to attempt to make up for the insufficiency of conventional dress forms. However, such types of dress forms are rather costly and their effectiveness is debatable. With this is mind, a customised adjustable kit for the dress form was developed, with the aim to cover different sizes and shapes more precisely. The kit adopts 3D printing technology which enables generating and changing the shape of components efficiently
Dasya sylviae C. W. Schneid., M. M. Cassidy & G. W. Saunders 2021, sp. nov.
No full textDasya sylviae C.W.Schneid., M.M.Cassidy & G.W.Saunders sp. nov. Fig. 2 Diagnosis Differing from most species of Dasya by its pronounced pseudodichotomous branching pattern (Fig. 2A– C), and from its most similar congener in habit, D. crouaniana J.Agardh, by its longer pseudolaterals, narrower and shorter tetrasporangial stichidia and axes fully covered with pseudolaterals to barely denuded proximal axes. The new taxon differs from all species of Dasya by its lack of post-sporangial cover cells. Etymology The species is named after Dr Sylvia A. Earle, pioneering phycologist, scientist and open-water diver, 50 years after she led the first all-female team of aquanauts in Tektite II on the floor of the Caribbean Sea (Earle 1972 a, 1972b). Material examined Type BERMUDA • Spittal, south of Cooper’s I. off Castle Harbour; 31°19.23333′ N, 64°39.53333′ W; depth 63.8 m; on rhodoliths; 11 Aug. 2016; Schneider & Popolizio 16-21-14; GenBank nos: MW698721 (holotype), MW699769 (isotype); holotype (Fig. 2A): MICH [BDA2031]; isotypes (Fig. 2B–C): Bermuda Natural History Museum, MICH, NY, UNB, US, Herb. CWS [BDA2030]. Additional material BERMUDA • Ledge north northeast of St. George’s I.; 32°28.79600′ N, 64°35.68833′ W; depth 90 m; 28 Jul. 2016; Schneider & Popolizio 16-11-1, ⊕ [BDA1969] • loc. cit.; depth 60 m; 28 Jul. 2016; Schneider & Popolizio 16-11-10 [BDA1982] • loc. cit.; 32°28.96200′ N, 64°35.25183′ W; depth 90 m; 29 Jul. 2016, Schneider & Popolizio 16-12-2 [BDA1992] • Spittal, offshore of Midocean Point; 32°19.20000′ N, 64°39.48333′ W; depth 62.7 m; 3 Aug. 2016; Schneider & Popolizio 16-17-2 [BDA2011]. Description Plants epilithic, erect to 17 cm tall, carmine red, arising from small discoidal holdfasts; indeterminate axes sympodially branched, appearing pseudodichotomously branched throughout, only slightly tapering from base to apex (Fig. 2A–C), 0.3–0.8 mm diam. in median to lower portions and completely corticated by rhizoidal downgrowth (Fig. 2D); indeterminate axes densely covered throughout with determinate, lightly pigmented, monosiphonous dichotomously branched axes (pseudolaterals; Fig. 2E), except in some older plants in the most basal portions; pseudolaterals 1.7–5.5 mm in length, 25–91 cells from base to apex, irregularly dichotomously branched from the first to the seventh cell of the pseudolateral, upper portions unbranched and slightly tapering (Fig. 2E); basal cells of pseudolaterals initially globose to ellipsoid (Fig. 2D), 21–37 µm diam. and 12–30 µm long, then slightly elongating; suprabasal cells 19–32 µm diam. and 8–32 µm long, elongating more centrally, 9–22 um diam. and 27–102 µm long, and reaching greatest lengths distally, 8–19 µm diam. and 32–127 µm long; tetrasporangial stichidia single, borne terminally on 3–7-celled unbranched pseudolaterals (Fig. 2F) or terminating basal dichotomies of pseudolaterals (Fig. 2G), lanceolate to narrowly elliptical in outline (Fig. 2F–G), 73–80 µm diam. and 269–305 µm in length at maturity, composed of 10–12 fertile segments, acropetally producing then releasing sporangia (Fig. 2F–G); sporangia globose, 21–29 µm diam., tetrahedrally divided, 3–5 per fertile segment, sporangia borne on 2-celled whorled branches, post-sporangial cover cells lacking (Fig. 2F); one to two spermatangial stichidia terminating a basal dichotomy on 4–10-celled pedicels (pseudolaterals), narrowly elliptical to lanceolate in outline (Fig. 2H), 46–69 µm diam. and 192–258 µm in length at maturity; carpogonial branches and cystocarps unknown. Distribution and habitat At present, endemic to mesophotic reefs off Bermuda, western Atlantic Ocean.Published as part of Schneider, Craig W., Cassidy, Margaret M. & Saunders, Gary W., 2021, The pseudodichotomous Dasya sylviae sp. nov. (Delesseriaceae, Ceramiales) from 60 - 90 m mesophotic reefs off Bermuda, pp. 24-37 in European Journal of Taxonomy 751 on pages 28-32, DOI: 10.5852/ejt.2021.751.1377, http://zenodo.org/record/481842
Personal Papers (MS 80-0002)
No full textLetter from J. M. Schrum to L. H. Bailey discussing an enclosed Cassidy Commission Company sale of thirty calves and four cows
Catholic Comments Podcast.
No full textDr. Laurie Cassidy discusses her work on “Being Mercy.”
Cassidy is a social ethicist and spiritual director from Boston
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