Found 17 relevant results in 2.88s where lecturer="Lluis Enrique Monzo"
This course explores new structural design opportunities that arise when combining graphic statics —an intuitive, equilibrium-based method for form-finding, analysis, and design of structures— with computational tools.
This course explores new structural design opportunities that arise when combining graphic statics —an intuitive, equilibrium-based method for form-finding, analysis, and design of structures— with computational tools.
This course explores new structural design opportunities that arise when combining graphic statics —an intuitive, equilibrium-based method for form-finding, analysis, and design of structures— with computational tools.
This course presents the potentials of combining graphic statics with computational tools.
This course presents the potentials of combining graphic statics with computational tools.
Determination of the internal forces and description of the behaviour of load-bearing structures with the help of graphic statics. Design of details and simple dimensioning of these structures. Discussion of reference structures, illustration of the interaction of the structure and the architectural design. Application of all that in an own design.
This course teaches the design of shell structures using computational tools with a focus on graphic statics, computational form finding and computational geometry.
This course teaches the design of shell structures using computational tools with a focus on graphic statics, computational form finding and computational geometry.
This course teaches the design of shell structures using computational tools with a focus on graphic statics, computational form finding and computational geometry.
This course teaches structurally-informed computational design and digital fabrication methods for compression-only shell structures.
Designing with Form and Force combines a force-based design methodology with an integrative design process. Students learn to design with force flow using tension and compression as a design language to explore structural form. This approach is applied in a semester-long project developed from concept through analysis, dimensioning, and materialization.
The course presents the fundamentals of how structures function through analysis and discussion of the interplay between forces, structural form and materials.
Structural Design I
Tragwerksentwurf I
The courses Structural Design I and II explain the fundamentals of how structures function. These courses put great emphasis on studying the relationship between the form of a structure and the internal forces within it by means of graphic statics.
Structural Design I
Tragwerksentwurf I
The course Structural Design I introduces the fundamental principles of how structures work. It focuses particularly on the relationship between the form of a structure and the forces acting within it, using graphic statics as a method of analysis.
Structural Design II
Tragwerksentwurf II
The courses Structural Design I and II explain the fundamentals of how structures function. These courses put great emphasis on studying the relationship between the form of a structure and the internal forces within it by means of graphic statics.
What demands does today’s dynamic context, with its multifaceted challenges, place on future architects? A rapidly changing world in the wake of climate change calls for environmentally conscious, sustainable design and construction more than ever before.Studio Foundations addresses this growing complexity with an interdisciplinary first-year course.
What does today's dynamic context with its complex challenges demand of future architects? A rapidly changing world in the wake of climate change needs environmentally conscious, sustainable design and construction more than ever before. Studio Foundations addresses the increasing complexity with a collective of eight professors (chairs).