Examples | KARAMBA3D

parametric engineering

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Examples

A collection of Karamba examples sorted by difficulty. Each example showcases various components of Karamba.

All corresponding grasshopper and rhino files are downloadable. All examples use Karamba 1.2.0.

Difficulty: Simple

Simple Beam

Simple Beam

Parametric Truss

Parametric Truss

Beam Joints, Beams, Tension Compression Eliminator

Single Span Beam

Single Span Beam

Beams, Cross Section Optimizer

Optimization of Truss Diagonals

Optimization of Truss Diagonals

Beams, Galapagos, Optimization

Input curves and Analyze as a Truss

Input curves and Analyze as a Truss

Beam Displacement, Beam Forces, Beams, Modify Elements

Input Surfaces and Analyze as a Shell

Input Surfaces and Analyze as a Shell

Shell Line Results, Shells

Optimization of Support Positions

Optimization of Support Positions

Beams, Cross Section Optimizer, Galapagos, Optimization

Shell Cross Section Optimization

Shell Cross Section Optimization

Cross Section Optimizer, Shells

DIFFICULTY: MODERATE

Truck on Bridge

Truck on Bridge

Beams, Eigenmodes, Natural Vibrations

High Rise Systems

High Rise Systems

Cross Section Heights From Moments

Cross Section Heights From Moments

Beams, Parametric Setups, Section Forces

Optimization of an Irregular Structure

Optimization of an Irregular Structure

Beams, Element Felting, Galapagos, Optimization

BESO of Bracing Walls

BESO of Bracing Walls

Beams, BESO, Cross Section Optimizer

Large Deformation of a Triangular Grid

Large Deformation of a Triangular Grid

Beam Joint Agent, Beams, Cross Section Optimizer, Disassemble Model, Large Deformation

Buckling Bridge

Buckling Bridge

Analyze Second Order, Beams, Buckling Modes, Modify Elements, Natural Vibrations

Optimization of a Shell Bridge

Optimization of a Shell Bridge

Cross Section Optimizer, Octopus, Optimization, Shells

Quick Feedback – Input Curves

Quick Feedback – Input Curves

Beam Forces, Beams, Cross Section Optimizer

Quick Feedback – Input Surfaces

Quick Feedback – Input Surfaces

Beam Forces, Beams, Cross Section Optimizer

Difficulty: Hard

Informed Geometry – Scale Module Edges by Inner Forces

Informed Geometry – Scale Module Edges by Inner Forces

Beam Resultant Forces, Beams, Geometry Pipeline, Parametric Setups

Informed Geometry – Scale Openings by Inner Forces

Informed Geometry – Scale Openings by Inner Forces

Beam Resultant Forces, Beams, Disassemble Model, Geometry Pipeline, Parametric Setups

Large Deformation of Voronoi Gridshell

Large Deformation of Voronoi Gridshell

Beam Joint Agent, Beams, Cross Section Optimizer, Disassemble Model, Large Deformation

Projected Voronoi Pattern Gridshell

Projected Voronoi Pattern Gridshell

Beam Joint Agent, Beams, Cross Section Optimizer, Orient Beam, Parametric Setups

Projected Array of Lines

Projected Array of Lines

Beam Eccentricities, Beam Joints, Beams, Cross Section Optimizer, Parametric Setups

Large Deformation of a Shell

Large Deformation of a Shell

Cross Section Optimizer, Disassemble Model, Large Deformation, Shell Line Results, Shells

Optimization of Column Positions

Optimization of Column Positions

Beams, Cross Section Optimizer, Octopus, Optimization, Shells

Find Material Distribution

Find Material Distribution

Beam Resultant Forces, Beams, Disassemble Model, Section Forces, Shell Vector Results

Set Smart Module

Set Smart Module

Parametric Setups, Section Forces, Shells, Utilization

Smooth Cross Section Heights From Moments

Smooth Cross Section Heights From Moments

Beam Eccentricities, Beams, Disassemble Model, Section Forces

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