Computing the Environment by Peters, Terri -- Read -- Imperial Library of Trantor

Index

Cover Title page Copyright Foreword

Computing the Environment Reference Images

Data, Drawing and Simulation Computation in Practice A Deeper Way to Think Environmental Impacts and the Human Dimension The Structure of the Book New Potentials for Architecture References Images

2. New Dialogues About Energy: Performance, Carbon and Climate

Performance-based Design Rethinking Energy Predicting Energy Use So Why Don’t Designers Model Energy? Visualising Energy, Climate and Carbon Future Challenges: Scale, Skills and Accuracy References Images

3. Parametric Environmental Design: Simulation and Generative Processes

Tool Makers and Tool Users Interoperability—Navigating the Software Landscape Modelling and Simulation New Parameters Building Form and Surface The Future of Simulation References Images

4. Designing Atmospheres: Simulating Experience

Designing Environment and Atmosphere Heterogeneous Environments Design for Sun and Light Thermal Comfort User Experience Computing Fluid Flows Acoustic Atmospheres Beyond Drawing Towards Atmosphere References Images

5. Use Data: Computing Life-cycle and Real-Time Visualisation

Comparing and Sharing Data Using Post-Occupancy Data Ecometrics Carbon Calculator Tally: Calculating at the Speed of Design Creating Useful Information from Real-Time Environmental Data Real-time Monitoring and Tracking of Energy Use Dasher Simulating and Visualising Wellness Use Data: Computing Life-cycle and Real-Time Visualisation References Images

6. Near Future Developments: Advances in Simulation and Real-Time Feedback

Real-Time Feedback Buildings=Data: Utilising Behaviour as Design Input Building Generative Design Gradients of Performance Architecture as Meteorology FabPod: Designing for Affect Rethinking the Environment References Images

Designing the Oceanwide Center Experiencing the Urban Room Designing Human Comfort Open-source Simulation Middle Ground Tools The Sound of San Francisco Designing Experience References Images

Comfortable Cloudscapes High Comfort, Low Impact: Breathe.Austria Extreme Climate Strategies: Manitoba Hydro Interior Comfort: Baltimore Law Center Material and Life cycle: Ricola Herb Centre Passive and Active Systems: School Design Technology as an Ally for Good Design References Images

9. Designers Need Feedback: Research and Practice by KieranTimberlake

Transdisciplinary Practice Designers Need Feedback: Introducing Tally Sensored Environments Pointelist and Personal Weather Stations Bespoke Environmental Tools Predictive Modelling in the Future References Images

10. Architecture Shapes Performance: GXN Advances Solar Modelling and Sensing

Swedbank—Designing for Daylight Tower Designs—Performance Impacts Form Sensoring Environments Form Environment Behaviour References Images

Custom Tools for Sustainable Design Computing Energy Use Solar Gain and Daylight Optimising Design Solutions Researching Technology for Sustainability The Future: Comfort, Health and Wellbeing References Images

12. Big Ideas: Information Driven Design

Museum of the Human Body, Montpellier, France Resort and Residences, Hualien, Taiwan Stettin 7 Residences, Stockholm, Sweden King Street West, Toronto, Canada VTC Tower, Copenhagen, Denmark BIG Ideas References Images

13. Simulating the Invisible: Max Fordham Designs Light, Air and Sound

Designing Light and Air Parametric and Climate-Linked Daylight Modelling: The Hayward Gallery Renovation Tools for Complexity Design for Daylight: MAXXI Museum of 21st Century Arts, Rome, Italy Experience and Communicating Sound: British Airways Lounge Futures Approaches for Simulating Daylight: Westminster Abbey Simulating to Understand and Convince References Images

14. White Architects: Build the Future

Kiruna 4-ever White’s Specialist Teams Stockholm’s SEB Bank Headquarters White Designing Daylight Design Tools for the Future References Images

15. Core: Integrated Computation and Research

Tool Development and Collaborative Platforms Modelling frit patterns Remote Solving Workflow Design Explorer, Honeybee and Ladybug Sensing the Environment Project-driven Research References Images

16. SuperSpace: Computing Human-Centric Architecture

Computational Methodologies Computational Tools Top-Down or Bottom-Up Data-integrated Design Urban Ecologies The Space of People in Computation Visualisation and Spatialisation Computing Environment and Generating Design References Images

17. Zhacode: Sketching With Performance

University Complex—Solar Shading Studies for Wind and Visibility Analysis SAMBA Competition Simple-yet Custom Real-time Solvers References Images

18. WeWork: Building Data for Design Feedback

Enhancing Building Data Analysis Expertise: Case Joined WeWork Buildings=Data Laser Scanning For High Accuracy BIM Occupancy Monitoring For Business Intelligence Data for Building Construction Real-Time Sensor Data for Environmental Feedback Building Analytics: Strategies for Computing the Environment References Images

19. Global Environmental Challenges: Technology Design and Architectural Responses

Inside, Outside and All Around Precision, Information, Prefabrication The (Simple) Model in your Head Our Model of Models The Future is Interdisciplinary and In-house Iterative Processes References Images

Index EULA