| Achintha, Mithila |
A Novel Design Concept for Connections in Glass: Structural Integrity of Glass Reinforced with Externally–Bonded GFRP Laminates |
45-46 |
| Achintha, Mithila |
Structural Glass – Recent Advances and Next Generation Designs |
41-42 |
| Anrijs, Johannes |
Integrated BIM for failure-free retrofitting of a motorway tunnel |
116-118 |
| Arnal, Lorea |
BIM and Forensic Structural Engineering: strengthening and repairing a post-tension concrete slab bridge. |
356-357 |
| Barou, Lida |
Transparent Restoration |
333-334 |
| Bartram, Carolina |
V&A Exhibition Road Building – Maximising opportunities and |
308-315 |
| Beade, Hector |
Footbridge over the River Thames in Henley‐on‐Thames |
380-381 |
| Beade-Pereda, Héctor |
Bridge design. Can a methodological approach be defined to guarantee a good solution? |
47-55 |
| Beade-Pereda, Héctor |
How to make use of universal principles of design in the bridge design process |
230-231 |
| Bednarski, Cezary M |
What’s New and Does New Matter? |
232-238 |
| Bellamy, Laura |
Optimisation of structural form based on multiple sustainability factors |
119-120 |
| Bergsagel, Daniel |
Inspiring the Next Generation |
262-265 |
| Bischof, Patrick |
Re-thinking traditional construction processes: Accelerated channel construction |
239-246 |
| Bistolas, EUR ING Athanasios |
Crewe Green Link Road Underbridge - Tackling complex foundation analysis using first principles |
173-180 |
| Bonnett, Joanna |
The drive and potential for innovation in existing structures |
335-336 |
| Bonnett, Joanna |
Making the most of what we have - Innovation in existing structures |
39-40 |
| Boote, Scott |
Creativity in the New Stone Age Part 1 |
106-109 |
| Boote, Scott |
Creativity in the New Stone Age Part 2 |
110-113 |
| Bouleau, Etienne |
The Ripple Bridge, a new type of movable structure. |
56-57 |
| Boyd, Richard |
The circular economy as a framework for establishing more effective methods of collaboration in the design process |
181-182 |
| Brimble, Matt |
Single span strengthening of a Listed masonry arch railway viaduct |
348-355 |
| Broadbent, Oliver |
Workshop Design brief: How to have ideas – tools and techniques for design professionals |
374-375 |
| Brühwiler, Eugen |
Concepts for non-invasive enhancement of structural performance of heritage structures |
337-338 |
| Bukauskas, Aurimas |
Computational Form-Fitting with Non-Standard Structural Elements |
121-122 |
| Cafsia, Lindey |
Plyskin; insulating façade panel based on Biomimicry of the polar bear skin and fur. |
58-59 |
| Cespedes, Xavier |
Towards a fully digital modelling of structural joints at ULS |
|
| Chadwick, Aran |
PLATO – Gridshell Design Method for Chadstone Shopping Mall Roof |
159-160 |
| Chanard, Jean-Pierre |
Managing data workflow from concept to commission – BIM for bridges |
123-124 |
| Cheng, Xueqi |
Urban Bridge Conceptual Design Based on Virtual Reality Graphic Engine |
74-75 |
| Collings, David |
Educating and Inspiring the Future Designers of Major Bridges |
247-248 |
| Cook, Steve |
Developing and Embedding Collaborative Behaviours during the Conceptual Design Process |
190-191 |
| Cooke, Margaret |
A Leap of Faith |
316-317 |
| Cooper, Thomas |
I-90 Track Bridge – Development and Implementation of a System to Carry Light Rail Vehicles on to a Floating Bridge |
192-193 |
| Crielaard, Roy |
Small-scale experimentation as a catalyst for large-scale change and inspiration |
249-257 |
| Curran, Peter |
The Process of Creativity and Collaboration in the Design of Landmark Bridges |
60-61 |
| Darcy, Joe |
The STIHL Treetop Walkway - Westonbirt Arboretum |
62-63 |
| Demin, Dimitry |
Creating Collaboration Instruments in the Parametric Design Context |
125-126 |
| Dorka, Uwe E |
High performance composite bridge concept with cellular decks |
70-71 |
| Duffour, Philippe |
Teaching Behaviour and Approximate Analysis of Structural Systems |
258-259 |
| Duguid, Brian |
A case study in design collaboration: design development for the bridges of the Ordsall Chord |
194-201 |
| Duguid, Brian |
Challenging the status quo – innovative digital design delivery for the Ordsall Chord |
127-134 |
| Duguid, Brian |
Seminar: Collaborative digital workflows |
43-44 |
| Efthymiou, Eleftheria |
Engineers for Overseas Development (EfOD): Inspiration and Development of Young Designers through Humanitarian Aid |
260-261 |
| Fang, Baoyi |
Vertical Structural Member Shortening analysis and Compensation for Super Tall Steel Building |
318-326 |
| Farrar, Stephen |
Reducing Embodied Energy in Construction through Collaboration: Five Case Studies using 'bio-based' materials |
202-209 |
| Fenci, Giulia Evelina |
Topology Optimisation: A case study |
64-65 |
| Fiebelkorn, Ian |
Etihad Stadium – Challenges of the South Stand Expansion |
339-347 |
| Flyvholm, Kristian |
Folding roof structure at Spa- and Wellness |
210-211 |
| Gianoli, Andreas |
Workshop Design brief: Realising a Vision – Architectural Competition for a Pavilion for Expo2020 Dubai |
376-377 |
| Gillie, Martin |
Teaching Creative Structural Design - Seminar |
33-34 |
| Gosden, Helene |
Adaptive Re-use: Assessing Conversion Potential in the London Residential Market |
327-328 |
| Goszczyńska, Barbara |
Accelerated method of reinforced concrete component strengthening with carbon fiber strips |
360-361 |
| Hamdan, Samer Bu |
Visual-based Value Assessment Application in the Construction Industry |
183-189 |
| Harvey, Bill |
The Blight of Frozen Thinking |
135-136 |
| Hawkins, Will |
Developing an innovative lightweight concrete flooring system for sustainable buildings |
66-67 |
| Holst, Rasmus |
The Opal - The Danish Society of Engineers, IDA |
137-138 |
| Ibell, Tim |
Embedding Creativity in Structural Engineering Education |
20-24 |
| Ibell, Tim |
Workshop Design brief: A shelter for Glastonbury campers |
378-379 |
| Ihde, André |
Interdisciplinary interaction analysis at the realisation process of an exemplary retractable structure in Doha |
212-219 |
| Järvenpää, Esko |
Innovative cable-arch bridge proposal |
68-69 |
| Jones, Kell |
Construction innovation: theory & practice |
329-330 |
| Kido, Ewa Maria |
Arts and Advertisements as the Cultural Values at the Stations |
298-299 |
| Kostova, Kaloyana |
Innovative structural forms of concrete structures using fabric formwork |
72-73 |
| Lange, Jörg |
The Inverted Classroom Model in a Composite Constructions Course at TU Darmstadt |
266-274 |
| Leach, Jon |
Collaborative Digital Workflows – from Airports to Pavilions |
139-145 |
| Lee, Heui |
Cantilever Cable-Stayed Bridge in Downtown San Francisco; an Engineering Solution |
220-223 |
| Lineham, Sean |
The Speed of Light: Creating & communicating ideas in a digital environment |
146-147 |
| Loos, Lennert |
Data Visualisation in Structural Engineering for a Guidance-Based Design Process |
|
| Lourenço, Paulo B |
Safety assessment of heritage structures |
358-359 |
| Luczkowski, Marcin |
Digital structural conceptual design |
148-149 |
| MacLaren, Alex |
Practising Collaborative Practice |
275-276 |
| Makhoul, Nisrine |
Bridges between the past, the present, and the future: a source to conceptual design and strengthening of heritage structures |
300-307 |
| Mangelsdorf, Wolf |
Template and Guidelines for Conference Papers |
10-17 |
| Marks, James |
Scandinavian Studies |
76-77 |
| Matos, José C. |
COST Action TU 1406 – Main outcomes from the first Training School |
277-278 |
| May, Robert |
Computational Engineering |
152 |
| May, Robert |
Embracing Complexity in Design – City of Dreams Steel Exoskeleton Connections |
150-151 |
| Mayencourt, Paul |
Structural Optimization and Digital Fabrication of Timber Beams |
153-154 |
| McCann, Ed |
The role of humour in high performing design teams |
31-32 |
| Melville, Stephen |
Calibrated modelling of form-active structures |
155-156 |
| Merkle, Claudia-Antonia |
Dare To Break Rules! |
25-30 |
| Mork, John Haddal |
Conceptual structural design of shell structures in virtual reality |
157-158 |
| Nethercot, David |
Do Structural Codes Stifle Creativity? |
37-38 |
| Nielsen, Kristjan Plagborg |
The Tehran Swimming Pool Canopy: Integrating Structural and Computational Design |
161-168 |
| Patten, Daniel |
What does building information modelling (BIM) really look like? Leeds Flood Alleviation Scheme, a case study. |
169-170 |
| Paya-Zaforteza, Ignacio |
Promoting a new generation of people passionate about engineering through a spaghetti bridge building competition |
279-285 |
| Phillips, Andrew |
Engineering design, research and education: breaking in and out of liminal space |
286-287 |
| Raicic, Vesna |
Prolonging the Life of our Concrete Structures: Deep Embedment Shear Strengthening of Continuous RC T-beams |
362-363 |
| Ranzi, Gianluca |
Concrete Conservation Framework for the Sydney Opera House |
364-365 |
| Ritchie, Ian |
Translucent Pre-Fabricated Structural Cast Glass
A new unitized U-channel assembly |
78-84 |
| SAAD, Fathy |
Conceptual design for bridges: Are we doing it in education & practice? |
85-94 |
| Servais, Vincent |
Liège and Namur Footbridges ‐ Two Constructive Methods |
18-19 |
| Sgambi, Luca |
Collaborative design in a multidisciplinary architectural design approach |
224-225 |
| Sgambi, Luca |
A Flipped Classroom experience: the lateral instability phenomenon |
288-295 |
| Smith, Craig |
Ailsa Wharf Footbridge |
226-227 |
| Smith, Maria |
Transdisciplinary Practice |
296-297 |
| Smith, Roger Ridsdill |
The creative input of the Structural Engineer |
1-9 |
| Su, Miao |
Interaction Study for Continuous Slab Track and Multi-Span Simple Beam Bridges |
95-100 |
| Tokarz, Bernhard |
Model and Method |
228-229 |
| Valença, Jónatas |
Vision-SHM method for structural monitoring based on photogrammetric computer vision |
366-373 |
| Williams, David |
Ensuring Soundness of Innovative Concept Design – A "Regressive" Approach? |
114-115 |
| Winslow, Pete |
Why is there so little innovation in construction? A multi-perspective debate. |
35-36 |
| Wood, Jonathan G M |
Achieving successful innovation, lessons from failures. |
331-332 |
| Yinqiao, Zhu |
The Applied Research on BIM Design for One Abnormity Cable Stayed Bridge in Hengqin Zhuhai |
171-172 |
| Yu, Tang |
Temperature Effects on Box Girder for Changsha Medium-low Speed Maglev under Solar Radiation |
101-105 |
