morf2 | operaciones formales entre volúmenes | parte 2 de 2

New Section

In this section, the architect Rafael Gordo discusses formal operations between volumes, emphasizing the integration of unit components into more complex structures while considering architectural form.

Formal Operation of Contact

• The formal operation of contact involves linking volumes without separation or interference, integrating them as a cohesive unit.

• Volumes can be linked through edges, planes, or a combination, allowing for different orientations and maintaining individual structural identities.

• Contact through edges represents minimal connection, preserving volume individuality while enabling varied orientations and spatial interactions.

• Architect Louis Kahn exemplifies volume linkage through edge-plane contact in his designs, showcasing how shared edges facilitate spatial relationships.

Relationship Between Planes

• When volumes connect through planes, a stronger relationship forms as they share more geometric elements like faces and edges.

• Total face-to-face contact enhances cohesion; partial contacts with horizontal or vertical developments offer design flexibility.

Surface Qualities and Perception

This part explores how surface qualities influence the perception of formal resolutions in architectural compositions.

Addition vs. Juxtaposition

• Surface qualities that unify volumes suggest addition, creating a sense of unity; contrasting surfaces imply juxtaposition, highlighting individuality within a collective form.

• Juxtaposition in architecture often symbolizes contrasts in time or meaning when merging historical and modern elements within a structure.

Impact on Form Perception

• Surface treatments can determine whether volumes appear as an integrated whole (addition) or distinct entities (juxtaposition), influenced by surface characteristics and structural connections.

New Section

The discussion focuses on the use of color and formal operations in architectural design, highlighting the differentiation between volumes through various strategies.

Analyzing Architectural Strategies

• Two residential buildings employ similar formal operations but differentiate through color usage.

• Color and metallic elements articulate edges in one building, while the other lacks additional elements, resulting in a slightly blurred effect.

• Orientation changes of volumes accentuate differentiation; contact with secondary prisms creates juxtaposition.

• Continuity of profile and surface treatment can lead to ambiguous perceptions in architectural design.

New Section

Exploring how volumes interact when in contact and how these interactions are perceived externally.

Understanding Volume Interactions

• Proximity of volumes defines exterior spaces; relationships are determined by shared boundary planes.

• Spatial relationships are influenced by shared planes' characteristics like physical permeability and visual transparency.

• Multiple volumes can be linked through a common element, altering heights or proportions for enhanced connectivity.

New Section

Examining scenarios where shared planes impact spatial perception and integration within architectural designs.

Impact of Shared Planes

• Fusion occurs when shared planes are not physically present internally, creating new unified or articulated spaces based on volume characteristics.

• Exterior perceptions may differ from interior realities; individualities of linked spaces can be maintained despite external appearances.

Introduction to Architectural Operations

In this section, the speaker introduces tools used to link unit components and transform them into more complex structures. Various operations such as approximation, contact, interlocking, subtraction, intersection, and inclusion are discussed in the context of architectural design.

Tools for Linking Components

• Subtraction, intersection, and inclusion are utilized to transform volumes or spaces in architectural design.

• Different modeling formats include wireframe structure for geometric structuring, surface models for visualizing volumes and spaces in architecture, and solid models for mechanical operations.

Solid Modeling Operations

• Solid modeling software uses predefined volumes called primitives to perform operations like union, subtraction, and intersection.

• Demonstrates a sequence of solid operations including union of cylinders followed by an intersection between a cube and a sphere then subtracting joined cylinders.

Architectural Operations: Subtraction and Interlocking

This part delves into formal operations within architectural design focusing on subtraction and interlocking. These operations generate new volumes while altering the original forms significantly.

Formal Operations in Architecture

• Subtraction and intersection create new volumes where one or both original volumes are absent in the result.

• Inclusion is a unique operation that acts on interior spatiality without changing the exterior volume.

Architectural Examples of Interlocking Operations

The speaker showcases architectural examples demonstrating interlocking operations that express functional discrimination through prism interpenetration.

Architectural Interlocking Examples

• Examples include prism interpenetration expressing function discrimination through juxtaposed forms.

• Instances of clear subtraction creating distinct prismatic forms with recognizable original shapes post-subtraction.

Complex Architectural Formations

This segment explores how repeated subtraction operations can maintain recognition of the original form despite alterations in complex architectural designs.

Complex Architectural Formations

• Repeated subtractions can preserve the original form's essence by retaining key geometric elements like corners.

Architectural Design Variability

The discussion shifts towards how external expressions through color or texture variations can alter perceptions of architectural formations from additive to subtractive designs.

Design Variability in Architecture

• External expressions influence how buildings are perceived; exemplified by an ambiguous building presenting both additive and subtractive formal characteristics.

Innovative Architectural Designs

Concluding with an example of a small industrial plant showcasing intricate formal processes involving cutting, rotations, subtractions, and interpenetrations to create complex primary forms.

Innovative Architectural Designs