array(9) { ["isUser"]=> bool(false) ["mayManage"]=> bool(false) ["isSiteadmin"]=> bool(false) ["class"]=> string(8) "services" ["id"]=> int(1918) ["lang"]=> string(2) "en" ["from"]=> int(1) ["size"]=> int(10) ["inst"]=> array(5) { ["_index"]=> string(2) "tp" ["_type"]=> string(4) "_doc" ["_id"]=> string(14) "institute_1918" ["_score"]=> float(1) ["_source"]=> array(15) { ["id"]=> int(1918) ["class"]=> string(9) "Institute" ["filter_fields"]=> array(2) { ["types"]=> array(2) { ["en"]=> string(12) "institutions" ["de"]=> string(13) "Einrichtungen" } ["partners"]=> array(1) { [0]=> array(2) { ["en"]=> string(3) "TUD" ["de"]=> string(3) "TUD" } } } ["updated_at"]=> array(3) { ["date"]=> string(26) "2016-04-29 09:37:00.000000" ["timezone_type"]=> int(3) ["timezone"]=> string(13) "Europe/Berlin" } ["is_toplevel"]=> bool(false) ["names"]=> array(2) { ["en"]=> string(36) "Group for Medical Device Engineering" ["de"]=> string(46) "Arbeitsgruppe für Medizinische Gerätetechnik" } ["group_type_names"]=> array(2) { ["en"]=> string(5) "Group" ["de"]=> string(6) "Gruppe" } ["expertise"]=> string(1292) "

Research

 

*******Deutsch*******

Forschung

" ["sharing_level"]=> string(2) "-2" ["logo"]=> NULL ["partners"]=> array(1) { [0]=> array(7) { ["id"]=> int(5) ["class"]=> string(9) "Institute" ["names_short"]=> array(2) { ["en"]=> string(3) "TUD" ["de"]=> string(3) "TUD" } ["is_toplevel"]=> bool(true) ["names"]=> array(2) { ["en"]=> string(31) "Technische Universität Dresden" ["de"]=> string(31) "Technische Universität Dresden" } ["group_type_names"]=> array(2) { ["en"]=> string(10) "University" ["de"]=> string(12) "Universität" } ["logo"]=> string(27) "/userdata/TUD-logo-64px.png" } } ["contact_names"]=> string(48) "Dr.-Ing. René Richter/ Mrs. Diana Rieger (Sec.)" ["subInstitutes"]=> array(0) { } ["word_suggest"]=> array(1) { ["input"]=> array(54) { [0]=> string(8) "research" [1]=> string(11) "development" [2]=> string(10) "innovative" [3]=> string(7) "medical" [4]=> string(7) "devices" [5]=> string(6) "design" [6]=> string(12) "microfluidic" [7]=> string(10) "components" [8]=> string(9) "numerical" [9]=> string(5) "fluid" [10]=> string(10) "structural" [11]=> string(10) "simulation" [12]=> string(9) "miniature" [13]=> string(9) "actuators" [14]=> string(10) "biological" [15]=> string(5) "lines" [16]=> string(11) "alternative" [17]=> string(7) "pumping" [18]=> string(10) "mechanisms" [19]=> string(6) "gentle" [20]=> string(5) "blood" [21]=> string(9) "transport" [22]=> string(7) "deutsch" [23]=> string(9) "forschung" [24]=> string(14) "vorentwicklung" [25]=> string(11) "innovativer" [26]=> string(14) "medizingeräte" [27]=> string(7) "entwurf" [28]=> string(11) "komponenten" [29]=> string(12) "mikrofluidik" [30]=> string(10) "numerische" [31]=> string(7) "fluidik" [32]=> string(8) "struktur" [33]=> string(17) "mikromechanischer" [34]=> string(15) "miniaturaktoren" [35]=> string(12) "biologischen" [36]=> string(7) "vorbild" [37]=> string(15) "pumpmechanismen" [38]=> string(10) "schonenden" [39]=> string(13) "bluttransport" [40]=> string(5) "group" [41]=> string(6) "device" [42]=> string(11) "engineering" [43]=> string(13) "arbeitsgruppe" [44]=> string(12) "medizinische" [45]=> string(14) "gerätetechnik" [46]=> string(3) "ing" [47]=> string(5) "rené" [48]=> string(7) "richter" [49]=> string(3) "mrs" [50]=> string(5) "diana" [51]=> string(6) "rieger" [52]=> string(3) "sec" [53]=> string(19) "Struktur-Simulation" } } ["cleanText"]=> string(658) " Research Development of innovative medical devices . Design of microfluidic components Numerical fluid and structural simulation . Design of miniature actuators along biological lines. Alternative pumping mechanisms for gentle blood transport.   *******Deutsch******* Forschung Vorentwicklung innovativer Medizingeräte. Entwurf von Komponenten für die Mikrofluidik. Numerische Fluidik- und Struktur-Simulation mikromechanischer Komponenten. Entwurf von Miniaturaktoren nach biologischen Vorbild . Alternative Pumpmechanismen zum schonenden Bluttransport. contact: Dr.-Ing. René Richter/ Mrs. Diana Rieger (Sec.) " } } } Services of Group for Medical Device Engineering | Dresden Technology Portal

Dresden
Technology Portal

 
Your access to research infrastructure and know-how
 
de|en
View the profile: Group for Medical Device Engineering

Services of Group for Medical Device Engineering

Technische Universität Dresden
Filter:

institutions: this unit(4), daughter units(0),

Sort:

4 results

 

Enhancing and optimization of existing medical devices and systems

Facility: Group for Medical Device Engineering

 

Medical testing equipment

Facility: Group for Medical Device Engineering

 

Developing of innovative medical devices

Facility: Group for Medical Device Engineering

 

Numerical fluid and structure simulation

Facility: Group for Medical Device Engineering

1