Dataset Viewer
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0 |
Smart Concrete Houses
|
Learn about innovative 3D concrete printed homes in urban areas. Cost-effective solutions for modern living. Tokyo
|
250k-500k
|
High-performance concrete
|
5000-7000 m³
|
Innovation in Urban H
| null |
1 |
Sustainable Living Complex
|
Explore a 3D printed residential complex designed for sustainability and eco-friendliness. Costs breakdown included. Seattle
|
1M-1.5M
|
Eco-friendly concrete mix
|
20000-25000 m³
|
Sustainable Construction
| null |
2 |
Eco-Friendly Habitats
|
Discover eco-conscious 3D printed residential buildings using recycled materials. Cost savings and sustainability focus. Denver
|
200k-400k
|
Recycled composite
|
3000-5000 m³
|
Sustainability in Cost
| null |
3 |
Sustainable Suburb
|
Discover how 3D concrete printing is revolutionizing sustainable suburban housing. The project features energy-efficient design. Miami
|
300k-450k
|
Recycled concrete
|
3000-5000 m³
|
Sustainability
| null |
4 |
Sustainable Suburb
|
Discover how 3D concrete printing is revolutionizing sustainable suburban housing. The project features energy-efficient design. Miami
|
300k-450k
|
Recycled concrete
|
3000-4500 m³
|
Sustainability
| null |
5 |
Eco-Friendly Modular Homes
|
Explore the world of sustainable 3D printed housing
|
integrating solar panels and rainwater harvesting systems. Cost-efficient and eco-conscious. Austin
|
300k-450k
|
Recycled materials
|
3000-4500 m³
|
Sustainability in Residential Construction
|
6 |
Sustainable Suburb
|
Explore a cost-efficient 3D printed suburban home that uses recycled materials. Costs fall between 300k-450k. New York
|
300k-450k
|
Recycled concrete mix
|
3000-4500 m³
|
Sustainability
| null |
7 |
Eco-Friendly Modular Homes
|
Explore the world of sustainable 3D printed housing in suburban zones. Utilizes recycled materials for eco-conscious construction. Chicago
|
150k-300k
|
Recycled concrete
|
1000-1500 m³
|
Sustainability
| null |
8 |
Eco-Friendly Modular Homes
|
Explore the world of sustainable 3D printed housing in suburban regions. Utilizes recycled materials for environmental benefits. Austin
|
150k-250k
|
Recycled composite concrete
|
3000-4500 m³
|
Sustainability
| null |
11 |
High-Rise 3D Homes
|
A look into high-rise 3D printed homes revolutionizing the skyline. Detailed cost estimates provided. New York
|
1.5M-2M
|
Standard 3D concrete mix
|
15000-20000 m³
|
Vertical Expansion
| null |
12 |
Affordable 3D Housing
|
Affordable housing options with 3D printed concrete. Minimalistic design
|
cost-saving features. Mumbai
|
150k-300k
|
Standard concrete
|
2000-3500 m³
|
Affordability in Construction
|
13 |
Rural Retreat
|
Explore the cost-effective construction of a rural retreat using 3D concrete printing. Emphasis on natural materials and landscaping. Austin
|
150k-300k
|
Eco-friendly concrete
|
2000-3500 m³
|
Rural Construction
| null |
14 |
Rural Retreat
|
Explore the cost-effective construction of a rural retreat using 3D concrete printing. Emphasis on natural materials and landscaping. Austin
|
150k-300k
|
Eco-friendly concrete
|
2000-3000 m³
|
Rural Construction
| null |
15 |
Rapid Deployment Family Homes
|
Quickly assembled 3D printed houses designed for disaster relief. Highlighting cost savings and speed in emergency housing. Haiti
|
150k-300k
|
Composite concrete
|
2000-3500 m³
|
Disaster Relief
| null |
16 |
Modular Office Tower
|
Analyze the use of 3D printed concrete for constructing a multi-story office building. The project estimates cost at 1.5M-2.5M. New York
|
1.5M-2.5M
|
Mixed-use concrete
|
15000-25000 m³
|
Construction Efficiency
| null |
17 |
Heritage Replicas
|
3D concrete printing to restore and replicate historical residential architecture in heritage sites. Cost-effective and authentic replication. Kyoto
|
300k-600k
|
Cement mix with traditional elements
|
2000-3000 m³
|
Cultural Preservation
| null |
18 |
Aquatic Residential Complex
|
Investigate a 3D printed residential project designed around water features and utilities. Customization options for unique aquatic lifestyles. San Francisco
|
300k-500k
|
Aqua-reinforced concrete
|
2000-3500 m³
|
Customization
| null |
21 |
Coastal Retreat
|
Designs for luxury 3D printed homes by the sea with cost analysis. Aimed at the premium market. Miami
|
2M-2.5M
|
Premium concrete mix
|
10000-12000 m³
|
Luxury Living
| null |
23 |
Historic Renovation
|
Examining the application of 3D printing in the restoration of historic homes. Maintaining authenticity while introducing modern features. Savannah
|
500k-750k
|
Traditional concrete
|
1000-1500 m³
|
Historic Preservation
| null |
24 |
Historic Renovation
|
Examining the application of 3D printing technology in renovating historic homes while preserving architectural integrity. Cost-saving methods highlighted. Charleston
|
100k-200k
|
Anti-corrosive concrete
|
1500-2500 m³
|
Historic Preservation
| null |
25 |
Luxury High-Rise Apartments
|
Discover the application of 3D printing in creating luxury living spaces with integrated amenities. Featuring cost-effective luxury. Dubai
|
600k-900k
|
Customizable concrete
|
6000-9000 m³
|
Luxury Living
| null |
26 |
Luxury Beachfront Villa
|
Examine the market for high-end 3D printed residential properties in coastal areas. Pricing ranges from 1M-2M. Miami
|
1M-2M
|
High-strength concrete
|
8000-12000 m³
|
Luxury Real Estate
| null |
27 |
Floating Villas
|
Revolutionary floating homes made from 3D printed concrete
|
designed for coastal areas prone to flooding. Integrates with marine ecosystems. Mumbai
|
450k-750k
|
Buoyant concrete mix
|
3000-5000 m³
|
Climate Resilience
|
28 |
Mountain Retreat Abodes
|
A look into serene mountain-based residential 3D printing solutions. Emphasizes self-sustainability and low-impact living. Aspen
|
200k-350k
|
Biodegradable concrete
|
1500-2500 m³
|
Self-Sustainability
| null |
31 |
Eco-Friendly Suburban Homes
|
An analysis of cost-effective
|
eco-friendly 3D printed homes in suburban areas. Costs and materials evaluated. San Francisco
|
800k-1M
|
Green concrete mix
|
5000-6000 m³
|
Suburban Green Living
|
33 |
Community Center
|
Analyze the economic benefits of using 3D concrete printing for community centers. Designed for local engagement and events. Raleigh
|
200k-300k
|
Performance concrete
|
4000-6000 m³
|
Community Development
| null |
34 |
High-rise Development
|
An analysis of the feasibility and cost benefits of using 3D concrete printing in high-rise residential buildings. Focus on vertical living spaces. New York
|
500k-750k
|
Ultra-high strength concrete
|
10000-15000 m³
|
Urban Development
| null |
35 |
Community-Driven Subdivisions
|
An examination of 3D printed subdivisions fostering community living and shared spaces. Cost-effective community development. Portland
|
400k-600k
|
Standard concrete
|
2500-4000 m³
|
Community Living
| null |
36 |
Smart City Homes
|
A look into the cost benefits of using 3D printing for creating energy-efficient homes in smart cities. Projected costs are 500k-750k. Berlin
|
500k-750k
|
Eco-friendly concrete
|
5000-7500 m³
|
Energy Efficiency
| null |
37 |
Rural Retreats
|
Off-grid 3D printed concrete homes for rural revitalization. Emphasizes self-sufficiency and community living. Bali
|
100k-250k
|
Organic concrete mix
|
800-1200 m³
|
Community Living
| null |
38 |
Post-Apocalyptic Survival Shelters
|
Understanding how 3D printing can revolutionize survival housing in post-disaster scenarios. Utilizing efficient design and materials. Portland
|
100k-200k
|
Earthquake-resistant concrete
|
1000-2000 m³
|
Efficiency
| null |
41 |
Rural Affordable Housing
|
Investigation into the affordability of 3D printed concrete homes in rural settings. Includes cost analysis. Austin
|
600k-700k
|
Cost-efficient concrete mix
|
3000-3500 m³
|
Rural Development
| null |
43 |
Educational Building
|
Insights into constructing cost-efficient educational buildings with 3D printing. Features smart classrooms and green spaces. Phoenix
|
100k-200k
|
High-strength concrete
|
2500-4000 m³
|
Education Infrastructure
| null |
44 |
Eco-friendly Community
|
An exploration of a new community built with 3D printed concrete homes
|
prioritizing green living and community interaction. Use of solar panels and green roofs. Portland
|
350k-500k
|
Bio-based concrete
|
8000-12000 m³
|
Community Living
|
45 |
Adaptive Architecture Structures
|
Analyze structures that adapt to environmental changes using 3D printed concrete. Emphasizing cost savings in maintenance and materials. San Francisco
|
200k-350k
|
Smart concrete
|
1500-2500 m³
|
Adaptive Architecture
| null |
46 |
Urban Renewal Project
|
Investigate the role of 3D printed concrete in revitalizing urban housing. Costs are estimated at 800k-1M. London
|
800k-1M
|
Standard concrete mix
|
10000-15000 m³
|
Urban Renewal
| null |
47 |
Underwater Abodes
|
Innovative underwater 3D printed concrete houses for coastal retreats. Aimed at enhancing marine life habitat. Florida
|
500k-850k
|
Hydro-resistant concrete
|
1500-2500 m³
|
Marine Habitat Enhancement
| null |
48 |
Off-Grid Housing Solutions
|
3D printed homes that promote off-grid living. Features renewable energy integration and smart water management. Santa Fe
|
150k-300k
|
Renewable energy-infused concrete
|
2500-4000 m³
|
Off-Grid Living
| null |
51 |
Urban Multi-Family Complex
|
Cost analysis of 3D printed multi-family units in urban environments. Examines cost savings. Chicago
|
1.8M-2.2M
|
Urban-friendly concrete mix
|
22000-27000 m³
|
Urban Development
| null |
53 |
Healthcare Facility
|
A detailed look at the cost savings and design flexibility offered by 3D concrete printing in healthcare facilities. Focus on patient comfort and advanced medical technologies. Atlanta
|
800k-1M
|
Reinforced concrete
|
6000-8000 m³
|
Healthcare Innovation
| null |
54 |
Coastal Condo
|
A study of the economic and structural advantages of using 3D concrete printing for luxury condominiums in coastal areas. Durability against harsh weather. Miami
|
400k-600k
|
Corrosion-resistant concrete
|
6000-8000 m³
|
Luxury Construction
| null |
55 |
Educational Facilities
|
3D printed concrete used to create cost-efficient and durable educational facilities. Integrating technology and classroom design. Berlin
|
150k-300k
|
Flexible concrete
|
1000-2000 m³
|
Education
| null |
56 |
Eco-friendly Retreat
|
Study the impact of using green concrete in 3D printed homes in rural areas. The cost is expected to be between 200k-350k. Vermont
|
200k-350k
|
Green concrete
|
2500-3500 m³
|
Rural Development
| null |
57 |
Vertical Living
|
Skyscraping 3D printed concrete homes for urban vertical expansion. Introduces green spaces and communal areas. Dubai
|
1M-2M
|
Flexible concrete
|
4000-8000 m³
|
Urban Vertical Expansion
| null |
58 |
Urban Affordable Housing
|
The role of 3D printing in providing affordable housing solutions in high-density cities. Reduces construction time and costs. New York
|
50k-150k
|
Speed-print concrete
|
5000-7500 m³
|
Affordability
| null |
61 |
Tech-Driven Single Family Homes
|
The impact of technology on cost-efficiency in 3D printed single-family homes. Breakdown of tech costs. Boston
|
1.2M-1.6M
|
Tech-enhanced concrete mix
|
8000-9500 m³
|
Technology in Construction
| null |
63 |
Tech Startup Hub
|
The role of 3D concrete printing in the construction of affordable
|
high-tech startup spaces. Incorporates modular design for easy expansion. San Francisco
|
400k-600k
|
Modular concrete
|
1500-2500 m³
|
Startup Ecosystem
|
64 |
Educational Complex
|
Investigate the construction of an educational complex using 3D concrete printing technology
|
which emphasizes learning through interaction with the built environment. Eco-friendly materials and energy-efficient design. Boston
|
250k-400k
|
Green concrete
|
7000-9000 m³
|
Education
|
65 |
Thermal Efficient Domes
|
Insight into domed 3D printed structures designed for optimal thermal efficiency. Aiding in cost reduction of heating and cooling. Stockholm
|
300k-450k
|
Insulated concrete
|
1200-2200 m³
|
Thermal Efficiency
| null |
66 |
Innovative School Design
|
Examine the cost and material advantages of 3D printed concrete in educational buildings. Pricing varies from 600k-900k. Chicago
|
600k-900k
|
Flexible concrete mix
|
6000-9000 m³
|
Education Infrastructure
| null |
67 |
Desert Castles
|
3D printed concrete castles in the desert
|
aiming to revive ancient architectural styles. Incorporates modern amenities. Riyadh
|
800k-1.5M
|
Desert-friendly concrete
|
1800-3000 m³
|
Architectural Revival
|
68 |
Tech-Driven Smart Houses
|
The fusion of technology and 3D concrete printing in creating homes with advanced automation and AI integration. Ideal for tech enthusiasts. Boston
|
300k-500k
|
AI-integrated concrete
|
4500-6000 m³
|
Technology
| null |
71 |
Modular 3D Printed Villages
|
An overview of cost analysis for modular 3D printed village housing. Features cost-effective living. Atlanta
|
500k-650k
|
Modular concrete mix
|
4000-5500 m³
|
Modular Living
| null |
73 |
Farmstead Expansion
|
Exploring the potential for 3D concrete printing in rural farmstead expansion. Emphasizes farmworker housing and community integration. Boise
|
100k-200k
|
Local concrete
|
800-1200 m³
|
Agricultural Development
| null |
74 |
Industrial Chic
|
Analyze the cost benefits and design flexibility offered by 3D concrete printing in creating industrial-chic residential spaces. Emphasis on open-plan living and high ceilings. San Francisco
|
550k-700k
|
Aesthetic concrete
|
9000-12000 m³
|
Design Flexibility
| null |
75 |
Tiny Home Projects
|
A look into cost-effective 3D printed tiny homes that offer affordable housing options. Emphasizing simplicity and minimalism. Asheville
|
100k-200k
|
Fabricated concrete
|
500-1500 m³
|
Affordable Housing
| null |
76 |
High-rise Residential
|
Analyze the cost-effectiveness of 3D concrete printing for skyscrapers. Projected costs range from 2M-3M. Shanghai
|
2M-3M
|
Reinforced concrete
|
30000-45000 m³
|
Skyscraper Construction
| null |
77 |
Solar Powered Villas
|
Solar-integrated 3D printed concrete homes for remote areas. Emphasizes energy independence. Namibia
|
150k-350k
|
Solar concrete mix
|
1200-2000 m³
|
Energy Independence
| null |
78 |
Versatile Designer Dwellings
|
Showcasing the versatility of 3D printed homes in terms of design and functionality. Features adjustable interior spaces. Miami
|
250k-4000k
|
Versatile composite concrete
|
3000-5000 m³
|
Versatility
| null |
81 |
Design-Centric 3D Homes
|
Detailed cost analysis of design-focused 3D printed homes. Balances aesthetics with cost. Seattle
|
2.5M-3M
|
Aesthetic concrete mix
|
25000-30000 m³
|
Design Innovation
| null |
83 |
Waterfront Residence
|
Investigating the feasibility and cost benefits of 3D concrete printing for luxury waterfront homes. Prioritizes views and privacy. Vancouver
|
1M-1.5M
|
Luxury concrete
|
5000-7000 m³
|
Luxury Construction
| null |
84 |
Smart Housing
|
Examine the potential for smart technology integration in 3D printed residential homes
|
including energy management systems and IoT connectivity. Cost analysis for smart homes. Seattle
|
300k-450k
|
Smart concrete
|
4000-5500 m³
|
Smart Technology
|
85 |
Cultural Landmarks
|
3D printed concrete used in the construction of culturally significant landmarks
|
combining tradition with modern cost-saving techniques. Tallinn
|
500k-750k
|
Local concrete
|
3000-5000 m³
|
Cultural Preservation
|
86 |
Hospitality Innovation
|
Evaluate the use of 3D printing for creating unique hotel designs with cost considerations. The project estimates costs at 700k-1M. Las Vegas
|
700k-1M
|
Aesthetic concrete mix
|
7000-10000 m³
|
Hospitality
| null |
87 |
Arctic Retreats
|
3D printed concrete homes designed for extreme cold climates. Equipped with insulation for energy efficiency. Tromsø
|
600k-1.2M
|
Cold-resistant concrete
|
3500-6000 m³
|
Climate Adaptation
| null |
88 |
Wildlife-Friendly Habitats
|
Constructing 3D printed homes with features that promote harmony with local wildlife. Includes habitat preservation strategies. Boise
|
100k-250k
|
Wildlife-friendly concrete
|
1500-3000 m³
|
Wildlife Harmony
| null |
91 |
Educational 3D Printed Schools
|
Cost breakdown for 3D printed educational facilities. Analyzes cost per square foot. Phoenix
|
750k-900k
|
Educational concrete mix
|
7000-8500 m³
|
Education Infrastructure
| null |
93 |
Eco-friendly Apartment Complex
|
Examine the construction of an eco-friendly apartment complex using 3D concrete printing. Highlights sustainability and affordable housing. Denver
|
600k-900k
|
Green concrete
|
7000-10000 m³
|
Sustainable Living
| null |
94 |
Waterfront Residence
|
A cost-benefit analysis of 3D printing for luxury waterfront residences
|
considering the challenges and advantages of waterfront construction. Use of advanced concrete materials. Naples
|
600k-800k
|
Water-resistant concrete
|
12000-15000 m³
|
Luxury Waterfront
|
96 |
Agricultural Structures
|
Research the cost of using 3D printed concrete for building sustainable farming facilities. The cost is expected to range from 400k-600k. Iowa
|
400k-600k
|
Bio-based concrete
|
3500-5000 m³
|
Agriculture
| null |
98 |
Remote Work Pods
|
A new trend in 3D printed homes for remote workers. Offers flexibility and productivity features. Denver
|
100k-200k
|
Productivity-focused concrete
|
1000-2000 m³
|
Remote Work
| null |
ConcretePrint3DResiCostAnalysis
tags: Cost Analysis, 3D Printing, Residential
Note: This is an AI-generated dataset so its content may be inaccurate or false
Dataset Description:
The 'ConcretePrint3DResiCostAnalysis' dataset provides a comprehensive overview of the market for 3D concrete printing in residential construction, focusing on cost analysis. It includes a collection of project descriptions, cost breakdowns, and market insights related to 3D printed concrete houses, with each entry categorized under specific labels for easy analysis.
CSV Content Preview:
id,title,description,project_location,cost_range,material_used,print_volume,label
1,Smart Concrete Houses,Learn about innovative 3D concrete printed homes in urban areas. Cost-effective solutions for modern living. Tokyo, 250k-500k,High-performance concrete,5000-7000 m³,Innovation in Urban Housing
2,Suburban Homes with 3D Printing,Suburban 3D printed concrete homes offer cost savings and sustainability. Customizable designs for suburban families. Denver, 150k-300k,Reinforced concrete,3000-4500 m³,Sustainable Suburban Development
3,Cost-Effective Studio Apartments,Studio apartments using 3D printing technology to reduce construction costs. Perfect for urban living spaces. San Francisco, 80k-120k,Composite concrete,1500-2200 m³,Urban Living Efficiency
4,Affordable 3D Printed Homes,This dataset explores how 3D printing can make home construction more affordable. Ideal for lower-income families. Orlando, 70k-100k,Low-carbon concrete,2000-3000 m³,Affordable Housing
5,Rural Residential Construction,See how 3D printing is transforming rural housing construction. Lower costs and faster build times. Austin, 60k-90k,Eco-friendly concrete,1800-2500 m³,Rural Housing Revolution
Source of the data:
The dataset was generated using the Infinite Dataset Hub and microsoft/Phi-3-mini-4k-instruct using the query '3D Concrete Printing Residential Construction Market':
- Dataset Generation Page: https://huggingface.co/spaces/infinite-dataset-hub/infinite-dataset-hub?q=3D+Concrete+Printing+Residential+Construction+Market&dataset=ConcretePrint3DResiCostAnalysis&tags=Cost+Analysis,+3D+Printing,+Residential
- Model: https://huggingface.co/microsoft/Phi-3-mini-4k-instruct
- More Datasets: https://huggingface.co/datasets?other=infinite-dataset-hub
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