Dr Stelios KOUZELEAS - Digital Portfolio (English)

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Dr Stelios Kouzeleas(P f li )(Portfolio)

www.google.comsearch: stelios kouzeleas

Dr Stelios Kouzeleas [email protected]

search: stelios kouzeleas

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Business development, Sales, Strategy and Public relationsOctober 2014 : Interview to the French Television as Business development Director

Dev-Pro 2014 (Paris): Interview with the Business Development Director of Human Innovation Technologies S.A.(innovative company in IT, HR management, consulting, (training, assessment, recruitment) in 3D virtual environments) -https://www youtube com/watch?v=rErJFTJxvQ4

p

https://www.youtube.com/watch?v=rErJFTJxvQ4


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Interview to the French journalism organization (AEF)Business development, Sales, Strategy and Public relations

j g ( )


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Senior Consultant SAP & Business development – SAP , Paris - FranceProject management, Pedagogical consulting, Business development, Sales, Information systems & Public relationsj g , g g g, p , , y

International projects (Aeronautics, Cement, Industrial coatings, Cash and Carry,Iron, Automotive, Plastics, Transport‐Logistics, High Technology, Pharmaceutical,and other smaller internal or external to the enterprise projects) :

Turbomeca (Pau – France), Calcia (Paris, France), Haironville (Champagne –France), Metro (Paris, France), Eurovia (Paris, France), Sofedit (Paris, France),Plasticomnium (Lille, France), Stef-Tfe (Paris, France), Sagem (Paris, France),Colgate (Bruxelles, Athens).

Actions: Pedagogical engineering‐ training of users, Solutions post‐start‐up, Participation in the scenarios of tests, V lid ti f th i b i t t E t bli h t f th d l i l f k f k M th d l i lValidation of the mapping business target, Establishment of a methodological framework for work, Methodological assistance in the establishment of design of training materials, Contribution to a working methodology, animations of the working sessions for the formalisation of the training books, Modelling of flow trades target , Achievement of training materials for teaching the end users, Knowledge base creation, Transfer of skills and coaching on the achievement of g , g , gtraining pedagogical materials, Formalisation and pedagogical presentation of the target organization, Modeling of business processes target in the form flows and business media in operating mode, Preparation of the plan for training end users, Definition and formalization of actions among the project team, Animation of training sessions, Coaching

l f h f h f d l f h b / ltrainers relays for the animation of the training sessions, Definition and implementation of the objectives / tools to assessthe operationality of users post start‐up, Endorsement of a plan of preventive actions to reduce problems, Team management consultants in internal, Technical support, Preview plan preventive actions for finding malfunctions, Managing of consultants external group Contribution work methodology Determination and recording actions in relation


Managing of consultants external group, Contribution work methodology, Determination and recording actions in relation to the overall project team

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Panorama – 3D, 2D Digital & analogical design, Simulation, Re-presentation methodsCAD, 3D Modelling, Photorealism, Simulation, Animation, Multimedia, Presentations, Automation, Research


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3D Modeling, Rendering, Animation (1/2)Αutocad Sketchup V-ray 3ds-max PhotoshopΑutocad, Sketchup, V ray, 3ds max, Photoshop

3D design and photorealism of architectural scene


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Αutocad Sketchup V-ray 3ds-max Photoshop

3D Modeling, Rendering, Animation (2/2)Αutocad, Sketchup, V ray, 3ds max, Photoshop

3D design and photorealism of architectural scene


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Applications of multimedia presentations (1/2)Multimedia platform of presentations, Programming in multimedia, simulation


Multimedia application of the “Lactimed” research program presentation (Pc, mobile, tablet, TV, etc), [Kouzeleas 2015]

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Applications of multimedia presentations (2/2)Multimedia platform of presentations, Programming in multimedia, simulation

Dr Stelios Kouzeleas [email protected] application of the “Lactimed” research program presentation (Pc, mobile,

tablet, TV, etc), [Kouzeleas 2015]

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Territorial resources promotion via multimedia presentations (applications) (1/2)Territorial resources promotion of tourism and culture, Multimedia platform, Programming in multimedia, simulation presentationssimulation, presentations

Dr Stelios Kouzeleas [email protected] application creation of the «Τranshumance” research program (cultural routes

highlighting), University of Thessaly, [Kouzeleas 2016]

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Territorial resources promotion via multimedia presentations (applications) (2/2)Territorial resources promotion of tourism and culture, Multimedia platform, Programming in multimedia, simulation presentationssimulation, presentations

Dr Stelios Kouzeleas [email protected] application creation of the «Τranshumance” research program (cultural routes

highlighting), University of Thessaly, [Kouzeleas 2016]

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Design and presentation of promotion actions (design, marketing, promotion) (1/2)Design of brochures & packaging, video creation, graphics animation

https://www.youtube.com/watch?v=Q5YTX8FA59U


Design of promotion actions of Terra Thessalia (Lactimed european program). Participation in design of brochures and packaging. Video creation (video direction, texts, music selection, video graphics creation), University of Thessaly, [Kouzeleas 2016]

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Design and presentation of promotion actions (design, marketing, promotion) (2/2)Design of brochures & packaging, video creation, graphics animation

https://issuu.com/terrathessalia

Design of promotion actions of Terra Thessalia (Lactimed european program). Participation in design of brochures and


packaging. Video creation (video direction, texts, music selection, video graphics creation), University of Thessaly,[Kouzeleas 2016]

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Multimedia presentations Research, marketing, graphics animation

Dr Stelios Kouzeleas [email protected] presentations [Kouzeleas]

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3D modeling & simulation/presentation in virtual reality environment (1/2)VRML, Internet simulation and navigation in real time

A hit t l i l ti i i t l lit i t


Architectural simulation in virtual reality environment with Internet navigation in real time [Kouzeleas 2015]

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VRML, Internet simulation and navigation in real time3D modeling & simulation/presentation in virtual reality environment (2/2)

A hit t l i l ti i i t l lit i t


Architectural simulation in virtual reality environment with Internet navigation in real time [Kouzeleas 2015]

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3D modeling, Architectural simulation, Programming (1/5) Images on model surfaces, programming, 3D modeling, Simulation

Dr Stelios Kouzeleas [email protected] on buldings surfaces, Veria town in Greece, [Kouzeleas 2013]

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3D modeling, Architectural simulation, Programming (2/5) Images on model surfaces, programming, 3D modellng, Simulation


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(defun c:PhotoDIM (/ li wi lm wm rm ri len_adj_perc LengthImagePixel)(setq li (getreal "length of image:\n"))(setq wi (getreal "width of image:\n"))(setq lm (getdist "length of model:\n"))(setq wm (getdist "width of model:\n"))(setq rm (/ lm wm)) ; ratio of model's dimension(setq ri (/ li wi)) ; ratio of image's dimension

(defun c:PhotoDIM (/ li wi lm wm rm ri len_adj_perc LengthImagePixel)(setq li (getreal "length of image:\n"))(setq wi (getreal "width of image:\n"))(setq lm (getdist "length of model:\n"))(setq wm (getdist "width of model:\n"))(setq rm (/ lm wm)) ; ratio of model's dimension(setq ri (/ li wi)) ; ratio of image's dimension(setq ri (/ li wi)) ; ratio of image s dimension(setq len_adj_perc (* 100 ; percentage of length image after adjustment

(/ (* (* li wi) (/ rm ri))(/ (* li wi) l)

) ) )(setq LengthImagePixel (/ li len_adj_perc)) ) ; Length of image in Pixel

(setq ri (/ li wi)) ; ratio of image s dimension(setq len_adj_perc (* 100 ; percentage of length image after adjustment

(/ (* (* li wi) (/ rm ri))(/ (* li wi) l)

) ) )(setq LengthImagePixel (/ li len_adj_perc)) ) ; Length of image in Pixel

Dr Stelios Kouzeleas [email protected] on buildings surfaces, Veria town in Greece, [Kouzeleas 2013]

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Modeling methodology, superimposed simulation of spatial properties (sound, pressure, temperature, etc), CAD programming Veria town Greece

3D Modeling, simulation-representation of spatial architectural properties, Programming (1/2)

programming, Veria town, Greece


Representation process of architectural & urban design and properties (acoustical rates, humidity, temperature, etc) with ray‐tracing method adapted on a CAD system [Kouzeleas, 2008b] 22

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3D Modeling, simulation-representation of spatial architectural properties, Programming (2/2) Modeling methodology, superimposed simulation of spatial properties (sound, pressure, temperature, etc), CAD programming Veria town Greeceprogramming, Veria town, Greece


Representations of architectural space properties (sound, humidity, temperature, etc)with geographical digital reference [Kouzeleas, 2008b]

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Applications of 3D modeling-simulation) (digital cities, multimedia, systems) (1/3)Digital cities types, simulation systems, multimedia platforms, research perspectives


Digital cities: Methodological approaches of simulation systems functioning [Kouzeleas, 2010] 24

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Applications of 3D modelling-simulation) (digital cities, multimedia, systems) (2/3)Digital cities types, simulation systems, multimedia platforms, research perspectives

Dr Stelios Kouzeleas [email protected] cities: Methodological approaches of simulation systems functioning

[Kouzeleas, 2010]

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Applications of 3D modelling-simulation) (digital cities, multimedia, systems) (3/3)Digital cities types, simulation systems, multimedia platforms, research perspectives

Dr Stelios Kouzeleas [email protected] cities: Methodological approaches of simulation systems functioning

[Kouzeleas, 2010]

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3D digital urban design and simulation (1/3)3D modeling, relief simulation of architectural and urban design, programming


Satellite images manipulation on 3D relief in CAD environment [Kouzeleas 2013] 27

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1 2

3 4


Urban simulation based on ortho‐opening satellite image based on Digital Terrain Model [Kouzeleas, 2009] 28

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1 3 5 7 9

2 4 6 8 10

1 2 3


4 5 6

Simulations of urban sprawl and vectorization – surfaces processing [Kouzeleas, 2009] 29

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Real-time 3D Modeling & remote simulation, Programming (1/2)Programming, 3D modeling, Simulation, remote communication


Components of architectural design and representation of “superimposed" geographic features through remote connection, [Κουζελέας, 2006a] 30

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Real-time 3D Modeling & remote simulation, Programming (2/2)Programming, 3D modeling, Simulation, remote communication


Acoustic simulation through special ray detection routine development ( «ray tracing»), in CAD system, [Kouzeleas 2006b] 31

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3D Modeling, Rendering (1/2)Participation in research program Simulation of Paris Louvre museum – Nancy FranceParticipation in research program, Simulation of Paris Louvre museum Nancy, France


3D modeling view, rendering and lighting conception of Paris Louvre Museum32

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3D Modeling, Rendering (2/2)Participation in research program Simulation of Paris Louvre museum – Nancy FranceParticipation in research program, Simulation of Paris Louvre museum Nancy, France

3D modeling view, rendering and lighting conception of Paris Louvre Museum


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3D Modeling, Architectural design, research (1/7)3D modeling of Opera of Bordeaux - France

(3466 surfaces) (1784 surfaces)

(122 surfaces) (811 surfaces)

Opera of Bordeaux : Digital representations, Simplifications of models [Kουζελέας, 2001]


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Representation method of hidden and rendering surfaces, Perspective of the Bordeaux opera model [Kouzeleas, 1997] 35

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Representation method of hidden and rendering surfaces without materials and “shade of wireframes surfaces”, Perspective of the Bordeaux opera model [Kouzeleas 1997]


Perspective of the Bordeaux opera model [Kouzeleas, 1997]

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Representation method of hidden and rendering surfaces without materials and “shade of wireframes surfaces”, Perspective of the Bordeaux opera model [Kouzeleas 1997]


Perspective of the Bordeaux opera model [Kouzeleas, 1997]

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Representation method of hidden and rendering surfaces without materials and “shade of wireframes surfaces”, Perspective of the Bordeaux opera model [Kouzeleas, 1997]

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Dr Stelios Kouzeleas [email protected] perspective of the Bordeaux opera model [Kouzeleas, 1997] 39

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«Théâtre de Quatre saisons» model for acoustical simulation [Kouzeleas, 1997]

f “


Method of wireframe surfaces shading, Image processing of Bordeaux opera model (26.607 surfacesες), View towards to the

scene [Kouzeleas, 2002]

Representation of the “internal data base«, "CAD‐Acoustic« platform [Kouzeleas, 2002b]

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3D Modeling, Architectural design, research (1/2)Amphitheatre Architecture School, Bordeaux - France

Dr Stelios Kouzeleas [email protected] method of wireframe model. Amphitheatre Architecture School,

Bordeaux – France (Kouzeleas, 1997] 41

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3D Modeling, Architectural design, research (2/2)Amphitheatre Architecture School, Bordeaux - France

h d f l l d


Representation methods, Conception processes for acoustical simulation and calculation, Amphitheatre Architecture School, Bordeaux – France [Kouzeleas, 1997]

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3D Μodeling, Architectural design, research 3D modeling and construction, Acoustical simulation, Femina theater, Bordeaux - France


Femina Theater model of Bordeaux. Surface position simulation [Kouzeleas, 1997]

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3D Μodeling, Architectural design, research (1/2)3D modeling and construction, Acoustical simulation, Elmia Theater, Sweden

Dr Stelios Kouzeleas [email protected] of Elmia Theater model (Sweden) , [Kouzeleas, 1997] 44

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3D Μodeling, Architectural design, research (2/2)3D modeling and construction, Acoustical simulation, Elmia Theater, Sweden

Dr Stelios Kouzeleas [email protected] perspectives of Elmia Theater model (Sweden), [Kouzeleas, 1997] 45

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3D Modeling, Architectural design 3D modeling & Architectural conception of house, Greece


Modeling views of house building, Wireframe representation, Greece [Kouzeleas, 2004] 46

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Programming, 3D Modeling, Architectural simulation (1/2)Programming in CAD (VisualLISP), 3D modeling, Simulation, Elmia hall, Sweden


3D representation of acoustical rays reflection from a sound source through reflectors– Elmia hall («CAD‐Acoustic») [Kouzeleas, 2004b] 47

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Programming, 3D Modeling, Architectural simulation (1/2)Programming in CAD (VisualLISP), 3D modeling, Simulation, Elmia Hall, Sweden


3D representation of acoustical rays reflection in “render” format– Elmia hall («CAD‐Acoustic») [Kouzeleas, 2004b] 48

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Programming, 3D Modeling, Architectural simulation and calculationProgramming in CAD (VisualLISP), 3D modeling, Architectural calculation, Bordeaux opera model, France

Υλικό ν°1

Υλικό ν° 2

Υλικό ν°3

Υλικό ν° 4

Υλικό ν° 5

Υλικό ν° 6

Υλικό ν°7

Υλικό ν°8

Υλικό ν° 1

Υλικό ν° 2

Επιφάνειες ανά υλικό (Elmia)500

Συνολική απορροφ. / αντανακλ. επιφάνεια (Elmia)Επιφάνειες ανά υλικό (Elmia)500

Συνολική απορροφ. / αντανακλ. επιφάνεια (Elmia) βα

Υλικό ν° 3

Υλικό ν° 4

Υλικό ν° 5

Υλικό ν° 6

Υλικό ν° 7

Υλικό ν° 8

0

100

200

300

400

Ν° 1 Ν° 2 Ν° 3 Ν° 4 Ν° 5 Ν° 6 Ν° 7 Ν° 8

Ν° υλικού

Επιφάνεια (μ2) Μ.Ο. συντελ.αποροφ. Μονάδες SabinΕπιφάνεια αντανακλαστικών υλικών 1703.6 0.08 136.2912

Περιγραφή

0 300 600 900 1200 1500 1800

Υλικά

Επιφάνεια (μ2) Απορροφητικά υλικάΑντανακλαστικά υλικά

Ν ° υλ ικού Υλ ικό Επ ιφάνε ια (μ 2 )Ν ° 1 Συμπαγές πλασ τικό 116 .13Ν ° 2 Ανακλασ τήρες 119 .65Ν ° 3 Ξ ύλ ινο δάπ εδο 220 .15Ν ° 4 Π ίσω το ίχο ι κα ι το ίχο ι χωρ ίς σ τιλβωμ ένο ξύλο , α νακλασ τήρες 443 .66Ν ° 5 Το ίχο ι ταβα νιού 480 .32Ν ° 6 Ξ ύλ ινο ι το ίχο ι κα ι κά τω μέρη το ίχω ν μπαλκονιώ ν 323 .72Ν ° 7 Καθ ίσματα μπροσ τινής πλα τε ία ς 346 41

0

100

200

300

400

Ν° 1 Ν° 2 Ν° 3 Ν° 4 Ν° 5 Ν° 6 Ν° 7 Ν° 8

Ν° υλικού

Επιφάνεια (μ2) Μ.Ο. συντελ.αποροφ. Μονάδες SabinΕπιφάνεια αντανακλαστικών υλικών 1703.6 0.08 136.2912

Περιγραφή

0 300 600 900 1200 1500 1800

Υλικά

Επιφάνεια (μ2) Απορροφητικά υλικάΑντανακλαστικά υλικά

Ν ° υλ ικού Υλ ικό Επ ιφάνε ια (μ 2 )Ν ° 1 Συμπαγές πλασ τικό 116 .13Ν ° 2 Ανακλασ τήρες 119 .65Ν ° 3 Ξ ύλ ινο δάπ εδο 220 .15Ν ° 4 Π ίσω το ίχο ι κα ι το ίχο ι χωρ ίς σ τιλβωμ ένο ξύλο , α νακλασ τήρες 443 .66Ν ° 5 Το ίχο ι ταβα νιού 480 .32Ν ° 6 Ξ ύλ ινο ι το ίχο ι κα ι κά τω μέρη το ίχω ν μπαλκονιώ ν 323 .72Ν ° 7 Καθ ίσματα μπροσ τινής πλα τε ία ς 346 41


3D surfaces representation and options of calculation and architectural design surfaces areas comparison, («CAD‐Acoustic») [Kouzeleas, 2004b]

Επιφάνεια απορροφητικών υλικών 528.8 0.69 364.872Ν 7 Καθ ίσματα μπροσ τινής πλατε ία ς 346 .41Ν ° 8 Καθ ίσματα π ίσω πλα τε ία ς 182 .39 Επιφάνεια απορροφητικών υλικών 528.8 0.69 364.872Ν 7 Καθ ίσματα μπροσ τινής πλατε ία ς 346 .41Ν ° 8 Καθ ίσματα π ίσω πλα τε ία ς 182 .39

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Programming applications in 3D Modeling, simulation, results presentation (1/3)Programming in CAD (VisualLISP), 3D modeling, Architectural acoustical simulation


Specially developed routines of models simplifying and results presentation [Kouzeleas 2005a]

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Programming applications in 3D Modeling, simulation, results presentation (2/3)Programming in CAD (VisualLISP), 3D modeling, Architectural acoustical simulation, Anatolia Hall – Thessaloniki, GreeceGreece

50

5560

65

70

7580

1 kHz

A0

4

5

6

7

8 C-80 [dB] 1 kHz

A0

D-50 [%]

40

45

50

2

3

93

951 kHz

65

7075

80 D-50 [%] 1 kHzSPL

[dB]

F r e q u e n c y 1 2 5 2 5 0 5 0 0 1 0 0 0 2 0 0 0 4 0 0 0 R T 0 . 9 6 0 . 9 1 0 . 8 7 0 . 9 7 1 . 0 8 0 . 9 5

E D T 0 . 9 3 0 . 8 6 0 . 8 2 0 . 9 1 1 . 0 0 0 . 9 1 E D T / R T 0 . 9 6 0 . 9 4 0 . 9 4 0 . 9 3 0 . 9 2 0 . 9 6

85

87

89

91A0

40

4550

55

60

65


Models representations and acoustical results of Anatolia Hall [Kouzeleas, 2008c] 51

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Programming applications in 3D Modeling, simulation, results presentation (3/3)Programming in CAD (VisualLISP), 3D modeling, Architectural acoustical simulation, Anatolia Hall – Thessaloniki, GreeceGreece

Συγκρίσεις χρόνων αντήχησης

1 20

No Υλικού Υλικό Θέση 125 Hz 250 Hz 500 Hz 1 kHz 2 kHz 4 kHzΝο 1 ∆ιάτρητη γυψοσανίδα (rigips) Πλαϊνοί ανακλαστήρες οροφής (πίσω τοίχοι) 0,69 0,74 0,77 0,76 0,59 0,31

0,00

0,20

0,40

0,60

0,80

1,00

1,20

RT(60

)

Ακ . Μέτρηση

CAD-Acoustic

CATT-Acoustic

Νο 2 Γυψοσανίδα πετροβάμβακαΑνακλαστήρες οροφής (ενδιάμεσοι, σκηνής), ∆ωμάτιο ελέγχου, Γύψινοι τοίχοι εισόδου 0,01 0,06 0,04 0,02 0,01 0,01

Νο 3 Βελούδινες κουρτίνες (μέτριο 50%) Άνοιγμα δωματίου ελέγχου 0,05 0,25 0,4 0,5 0,6 0,5Νο 4 Μουσαμάς δαπέδου σε μπετόν ∆άπεδο ακροατηρίου 0,02 0,02 0,03 0,04 0,04 0,05Νο 5 Λεπτά άδεια καθίσματα (πλαστικό-δέρμα) Καθίσματα κοινού 0,4 0,5 0,58 0,61 0,58 0,5Νο6 Καθσέο οό Ε φάεα" ούας"σηής 06 074 088 096 093 085125 250 500 1000 2000 4000

Συχνότητα

1 2 5 H z 2 5 0 H z 5 0 0 H z 1 0 0 0 H z 2 K H z 4 K H zΑ κ ο υ σ τ . Μ ε τ ρ ή σ ε ι ς 0 , 7 6 1 , 0 3 0 , 8 8 0 , 9 7 0 , 8 3 0 , 9 5C A D - A c o u s t i c 0 , 7 5 0 , 8 5 0 , 8 1 0 , 7 9 1 , 0 6 1 , 1 3C A T T - A c o u s t i c 0 , 9 6 0 , 9 1 0 , 8 7 0 , 9 7 1 , 0 8 0 , 9 5

Νο 6 Καθισμένο κοινό Επιφάνεια "μπούκας" σκηνής 0,6 0,74 0,88 0,96 0,93 0,85Νο 7 Κόντρα πλακέ δρυς ανακλαστικός Περιμετρικοί τοίχοι, κολόνες 0,23 0,08 0,07 0,03 0,01 0,01Νο 8 Ξύλινο δρύϊνο απορροφητικό διάτρητο Μέρη περιμετρικών τοίχων 0,7 1,25 1,23 1,01 0,66 0,42Νο 9 ∆ιπλή ξύλινη ακουστική πόρτα Πόρτες 0,35 0,39 0,44 0,49 0,54 0,57Νο 10 Ξύλινο δάπεδο πάνω σε δοκάρια Προσκήνιο 0,15 0,11 0,1 0,07 0,06 0,07

Dr Stelios Kouzeleas [email protected] representations and acoustical results of Anatolia Hall

[Kouzeleas, 2008c]

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Programming, 3D Modeling, Architectural simulation and calculation (1/3)Programming in CAD (VisualLISP), 3D modeling, Architectural acoustical simulation and calculation, “CAD-Acoustic”Acoustic”.

CAD‐Acoustic

CAD‐Acoustic

Sélection de source d'émission

Sélection de récepteur

Saisie de l'humidité

Température (Celsius) :Saisie de la température

Temps de réverbération

111,1

1,2

1,5

P ti l i f th “M d li d C l l ti ” t l A hit t l d i d

10,9

0,8

1

0

0,5

1

1 2 3 4 5 6

Fréquence (Hz)

Tr60

(s)

125

H

250

H

500

H

1

kHz

2

kHz

4

kHz


Partial view of the “Modeling and Calculation” tool. Architectural design and representation platform "CAD‐Acoustic", (VisualLISP, DCL, VisualBASIC, CAD),

[Kouzeleas, 2002b]

z z z

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Programming, 3D Modeling, Architectural simulation and calculation (2/3)Programming in CAD (VisualLISP), 3D modeling, Architectural acoustical simulation and calculation, “CAD-Acoustic”

CAD‐Acoustic

Acoustic”.

CAD‐Acoustic CAD‐Acoustic

Partial view of the “Pedagogics” tool Architectural design and representation


Partial view of the Pedagogics tool. Architectural design and representation platform "CAD‐Acoustic", (VisualLISP, DCL, VisualBASIC, CAD), [Kouzeleas, 2002b]

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Programming, 3D Modeling, Architectural simulation and calculation (3/3)Programming in CAD (VisualLISP), 3D modeling, Architectural acoustical simulation and calculation, “CAD-Acoustic”

CAD‐Acoustic

Acoustic”.

T e m p s d e r é v e r b é ra t io n

0

0 ,5

1

1 ,5

2

1 2 5 2 5 0 5 0 0 1 0 0 0 2 0 0 0 4 0 0 0

F r é q u e n c e (H z )

Tr60

(s)

T e m p s d e r é v e r b é ra t io n

0

0 ,5

1

1 ,5

2

1 2 5 2 5 0 5 0 0 1 0 0 0 2 0 0 0 4 0 0 0

F r é q u e n c e (H z )

Tr60

(s)

O p t im u m

C a lc u l

V a le u r s V a le u r s V a le u rs V a le u rs V a le u rs V a le u rs o b te n u e s o p t im a le s o p t im a le s o p tim a le s o p t im a le s o p tim a le s

-5 % 5 % -1 0 % 1 0 %

1 ,3 5 1 ,5 6 1 ,4 8 1 ,6 4 1 ,4 0 1 ,7 21 ,3 1 ,3 8 1 ,3 1 1 ,4 5 1 ,2 4 1 ,5 21 ,2 1 ,2 1 ,1 4 1 ,2 6 1 ,0 8 1 ,3 21 ,2 1 ,2 1 ,1 4 1 ,2 6 1 ,0 8 1 ,3 21 ,1 1 ,1 4 1 ,0 8 1 ,2 0 1 ,0 3 1 ,2 5

1 1 ,0 8 1 ,0 3 1 ,1 3 0 ,9 7 1 ,1 9


-5 % 5 % -1 0 % 1 0 %

1 ,3 5 1 ,5 6 1 ,4 8 1 ,6 4 1 ,4 0 1 ,7 21 ,3 1 ,3 8 1 ,3 1 1 ,4 5 1 ,2 4 1 ,5 21 ,2 1 ,2 1 ,1 4 1 ,2 6 1 ,0 8 1 ,3 21 ,2 1 ,2 1 ,1 4 1 ,2 6 1 ,0 8 1 ,3 21 ,1 1 ,1 4 1 ,0 8 1 ,2 0 1 ,0 3 1 ,2 5

1 1 ,0 8 1 ,0 3 1 ,1 3 0 ,9 7 1 ,1 9


-5 % 5 % -1 0 % 1 0 %

1 ,3 5 1 ,5 6 1 ,4 8 1 ,6 4 1 ,4 0 1 ,7 21 ,3 1 ,3 8 1 ,3 1 1 ,4 5 1 ,2 4 1 ,5 21 ,2 1 ,2 1 ,1 4 1 ,2 6 1 ,0 8 1 ,3 21 ,2 1 ,2 1 ,1 4 1 ,2 6 1 ,0 8 1 ,3 21 ,1 1 ,1 4 1 ,0 8 1 ,2 0 1 ,0 3 1 ,2 5

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Partial view of the “Translation and estimation” tool Architectural design and representation


Partial view of the Translation and estimation tool. Architectural design and representation platform "CAD‐Acoustic", (VisualLISP, DCL, VisualBASIC, CAD), [Kouzeleas, 2002a]

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ResarchResearhGATE portal : Publications https://www.researchgate.net/profile/Stelios Kouzeleasp p // g /p / _


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2010: Kouzeleas S Μamou O “Spatial simulation systems and methodologies in digital cities” 4nd International Conference “From Scientific

References (1/2)

2010: Kouzeleas, S., Μamou, O., Spatial simulation systems and methodologies in digital cities , 4nd International Conference From Scientific Computing to Computational Engineering” (IC‐SCCE), Proc, 7‐10 July 2010, Athens, Greece

2009 : Kaimaris, D., Kouzeleas, S., Karagiannaki, Ch., Linaki, Ε., “Evolution of urban planning network via aerial photos”, 9th International conference on architectural visualization (9th European Architectural Endoscopy Association, Eaea), September 24th to 26th, 2009, University of Technology, B d b GBrandenburg, Germany

[Kouzeleas 2008a] Kouzeleas, S., “Processes of modeling, interactive digital visualization and multimedia representation of architectural and urban area”, 11th International Conference on Computer Graphics and Artificial Intelligence (3IA’2008), proc. pp. 205‐210, May 30‐31, 2008, Athens, Greece

[Kouzeleas 2008b] Kouzeleas, S., “ Methodology of interactive simulation and visualization of acoustic rates of urban space with digitalreference”, Acoustics conference of Hellenic Acoustic Institute, , Architecture school of Xanthi; Democritus university of Thrace, pp. 301‐309,29 Sept. – 1 Οct. 2008

[Kouzeleas 2008c] Chatzigeorgiou G., Kouzeleas St., “ Architectural acoustic simulation, measurements, architectural and acoustic analysis of the hall “Raphael Hall of American college Anatolia of Thessalonica”, Acoustics conference of Hellenic Acoustic Institute, , Architecture school of Xanthi; Democritus university of Thrace, pp. 411‐420, 29 Sept. – 1 Οct. 2008

[Kouzeleas 2008d] Kouzeleas, S., “Procedure of integrative architectural digital design based on satellite images”, International Journal of Architecture Computing (IJAC), Ed. Multiscience, UK Volume 7, Issue 3, 2009, (under acceptance July 2009)

[Kouzeleas 2006a] Kouzeleas, S., Papadimitriou, K., “Real time remote 3D digitizing and modeling”, International Congress eCAADe 2006 – 24th CAAD C f Ed i d h i C Aid d A hi l D i i E ISBN 0 9541183 5 9 P 128 131 U i i feCAADe Conference, Education and research in Computer Aided Architectural Design in Europe, ISBN 0‐9541183‐5‐9, Pages 128‐131, University of Thessaly, 6‐9 September 2006, Volos, Greece

[Kouzeleas 2006b] Kouzeleas, S., Papadimitriou, K., “ Remote 3D acoustic simulation and measurements methodology in real‐time ”, National Congress of Acoustics 2006 Technology and Research Institute (ITE) University of Crete 18 19 September 2006 GreeceNational Congress of Acoustics 2006, Technology and Research Institute (ITE), University of Crete, 18‐19 September 2006, Greece

[Kouzeleas 2005a] Kouzeleas, S., “Definition of a method of limits of the simplification of a hall model in a CAD system to diminish falsification of acoustic simulation results”, International Congress eCAADe 2005 ‐ 23nd eCAADe Conference Proceedings, Education and research in Computer Aided Architectural Design in Europe Subject : “Digital Desing : the quest for new paradigms” ISBN: 0‐9541183‐2‐4 pp 695‐704


Aided Architectural Design in Europe, Subject : Digital Desing : the quest for new paradigms , ISBN: 0‐9541183‐2‐4, pp. 695‐704, http:/cumincad.scix.net/cgi‐bin/works, Technical University of Lisbon, Portugal, 21‐24 September 2005

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References (2/2)[Kouzeleas 2004a] Kouzeleas, S., “Computational processes of a hall cad modelisation for acoustic simulation according to accepted geometry format p p f f g p g y fvia acoustic software”, 1st International Conference “From Scientific Computing to Computational Engineering” (IC‐SCCE), 8‐10 September 2004, Athens, Greece

[Kouzeleas 2004b] Kouzeleas, S., “Applications of acoustic and geometrical simulation of halls with the aid of acoustic simulation plate‐form adaptable in a cad system”, Αcoustics 2004, Hellenic Institute of Acoustics (HELINA), Aristotle University of Thessaloniki, 27‐28 September 2004

[Kouzeleas 2002a] Κouzeleas, S., Semidor, C., “Αrchitectural translation of the acoustical simulation results”, International congress of the Institute of Acoustics, subject : Auditorium Acoustics : Historical and contemporary design and performance, Imperial College, Proceedings : Vol. 25 ‐ Part 4 ‐ 2002 – ISBN : 1 901656 47 0, 19‐21 July 2002, London, England

[Kouzeleas 2002b] Κouzeleas, S., «Development of a help tool in architectural acoustics simulation adaptable in a modelling CAD system». Ph D Th i S i lit ‘M h i T h i l hit t l i ’ i CAD d di it l d i fi ld i l ti d t ti iPh.D Thesis, Speciality: ‘Mechanics, Technical architectural sciences’ in CAD and digital design field, simulation and representation in Architecture, programming development in CAD environment (AutoCAD), architectural acoustic simulation. Order Ν° 2642, University of Bordeaux 1 – France,

[K l 2001] Κ l S S id Th i fl f th i lifi d hit t l d l th ti l i l ti lt 17th I t ti l[Kouzeleas 2001] Κouzeleas, S., Semidor, The influence of the simplified architectural model on the acoustical simulation results. 17th International Congress on Acoustics, Proceedings : Vol. III ‐ Architectural acoustics ‐ Opera house acoustics ‐ p. 46‐47 – ISBN : 88‐88387‐02‐1, 2‐7 Septembre 2001, Rome, Italy

[Kouzeleas 1997] Κouzeleas S Processus informatique d’aide à la modélisation géométrique d’un espace en vue de la simulation acoustique[Kouzeleas 1997] Κouzeleas, S., Processus informatique d aide à la modélisation géométrique d un espace en vue de la simulation acoustique(Πληροφορική μεθοδολογία βοήθειας για γεωμετρική μοντελοποίηση ενός χώρου σε σύστημα CAD για ακουστική απεικόνιση). Rapport de stage de recherche (μεταπτυχιακή ερευνητική εργασία), ERIAC, Αρχιτεκτονική Σχολή Bordeaux, 1997, Γαλλία


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Dr Stelios KOUZELEAS - Digital Portfolio (English)