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LAERTE Laboratory, area Energy Efficiency

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Piattaforma ICT e DESIGN

Piattaforma MECCANICA e MATERIALI

81 Found

code	Topic	Description	id_Topic
1	Energy		5
1.1	Renewable energy sources	Renewable energy sources	11
1.1.1	Energy from organic mass	Energy from organic mass	19
1.1.2	Eolic energy	Eolic energy	20
1.1.3	Photovoltaic energy	Photovoltaic energy	21
1.1.4	Energy plants design, management and test	renevable sources Energy plants design, management and test	22
1.2	Energy building efficiency	Energy building efficiency	12
1.3	Smart Energy grids	Energy grids	13
1.4	Energy uses in industry	Energy uses in industry	14
1.5	Hydrogen	Hydrogen as energy vector	18
1.6	Sismica, sicurezza e sostenibilità infrastrutture		36
1.6.1	Sicurezza e sostenibilità con approccio multirischio e tecnologie geomatiche	Tecnologie di telerilevamento e sistemi informativi territoriali applicate alla prevenzione dei rischi naturali ed antropici, al monitoraggio ed alla gestione delle emergenze.	43
1.8	Sustainable mobility		53
1.9	Energy storage	Energy storage	78
2	Environment		6
2.1	LCA-ECODESIGN	Life cycle Assessment and Ecodesign	2
2.2	Environmental analysis of energy plants	Environmental analysis of energy plants	15
2.3	APEA	Environmentally friendly productive areas	16
2.4	Waste sources analysis	Waste sources analysis	17
2.5	Trattamento reflui		28
2.5.1	Trattamento reflui Civili		40
2.5.2	Trattamento reflui industriali		41
2.5.3	Trattamento reflui agricoli		42
2.6	Environmental Assessments/Certifications		30
2.7	Athmosferic pollution		31
2.7.1	Models and characterisation for Athmosferic poll		32
2.8	Circular economy	Circular economy	72
2.9	Low carbon economy	Low carbon economy	79
3	ICT		4
3.1	Interoperability technologies		1
3.1.1	eBusiness standards	eBusiness standards	23
3.1.1.1	eInvoice	electronic Invoice data models and standards	39
3.1.1.2	Testing	Conformance testing	50
3.1.2	Communication technologies for interoperability	Communication technologies for interoperability	24
3.1.3	Organisational issues in interoperability and networked enterprises	Organisational issues in interoperability and networked enterprises	25
3.1.3.1	QFD	Quality Function Deployment methodology for networked enterprises	47
3.1.3.2	Revenue Sharing	Revenue Sharing for networked enterprises	48
3.1.3.3	Optimisation for networked enterprises	Optimisation for networked enterprises	49
3.1.4	Semantic tools	Semantic tools for interoperability	26
3.1.5	eHealth	Technologies and standard for interoperability in eHealth	29
3.1.6	blockchain	blockchain and distributed ledger technologies	83
3.1.6.1	smart contracts	smart contracts for blockchain	81
3.1.6.2	blockchain applications	blockchain and distributed ledger technology applications	82
3.2	Rapid prototyping and CAD	Rapid prototyping and Reverse Engineering, CAD/CAM technologies	3
3.2.1	CAD/CAM technologies for cultural heritage	CAD/CAM technologies for cultural heritage	37
3.2.2	CAD/CAM technologies for 3D high value design and printing	CAD/CAM technologies for high value design	38
3.2.2.1	CAD technologies for 3d printing (additive manufacturing)		51
3.2.2.2	Technologies for 3d printing (additive manufacturing)		52
3.2.2.2.1	3d printing for FASHION (additive manufacturing)	3D printing technologies applied to FASHION (additive manufacturing)	77
3.3	ICT for energy efficiency	ICT for energy efficiency	8
3.4	Smart city	Smart city	46
3.4.1	Smart Home and Building	One of the pathways explored is that relating to the non-industrial and / or commercial energy consumption profiles of end users over the period day/week/month/year. Definition of urban energy districts made up of residential complexes (social housing +	54
3.4.2	Smart city and community	Vivacity in changing economies: cities are engines of economic growth and of places where innovations emerge. Yet some cities have greater economic success than others. All over Europe we find cities with rapid economic growth and a strong decline, as wel	55
3.4.3	Smart mobility	Smart mobility	56
3.4.4	Smart lighting	Smart lighting	57
3.4.5	Smart city platform	Accessibility and connectivity: the economic competitiveness of cities and the quality of citizens living in urban areas are directly influenced by the accessibility of urban services and services inside and outside cities, as well as by connectivity. Ac	58
3.4.6	Renewable energy communities	Energy communities are an approach that enables citizens and companies in a territory working together to invest in renewables, reduce energy costs and promote virtuous behavior in the use of energy that increase efficiency and improve the production of r	84
3.4.7	PED	Positive Energy Districts	85
3.5	Decision support systems		61
3.6	HPC-Big Data	High Performance computing - big data	62
3.6.1	Complex systems simulation		63
3.6.1.1	Parallelisation		64
3.6.1.2	Monte Carlo methods	parallel coding, Paralled Discret Event Simulation (PDES)	65
3.6.1.3	statistical physics for social dynamics analysis		66
3.6.2	data management		67
3.6.2.1	data management		68
3.6.2.2	data analytics		69
3.6.2.3	data visualisation		70
3.6.2.4	collaborative platforms for data and cod sharing		71
4	TECNICHE ISOTOPICHE		33
4.1	Analisi isotopiche emanazioni aeriformi		34
4.2	Traceability of products and processes		35
5	Materials	Research, development and engineering in the field of advanced materials	73
5.1	Ceramic Materials	Research, development and engineering in the field of advanced ceramic materials	74
5.2	Material diagnostics	Material diagnostics	75
5.2.1	Non-destructive diagnostics for the study of materials	Analysis of materials by scanning electron microscope and electronic microanalysis and in situ material characterization through non-destructive tests.	76
I	Innovation in industry	Innovation in manufacturing industry	44
I.1	Innovation in Fashion industry	Innovation in FASHION industry	45
I.2	Innovation in agrofood system	Innovation in agrofood system	59
I.3	Innovation in building	Innovation in building	60
S	Scientific divulgation		80

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