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AshenForge / Engineering

Real structures.
Clearer decisions.

3D modelling, structural simulation and fluid analysis for industrial and marine systems.

Discuss a project Explore the work
Conceptual wireframe-to-metal joint artwork.
Service illustrationGeometry / Behaviour / Insight

Selected work

A selection of modelling, analysis and documentation work.

Dockside crane family

Modelling / Structural analysis

Dockside crane family

From site references to detailed assemblies, load cases and visual structural assessments.

View study PA01 / PB01 / RB02 / FT01
Modular lifting beam

Assemblies / Connections

Modular lifting beam

Assembly modelling, extension variants, bolted connection studies and production drawings.

View study AFLB600
Flapped marine rudder

Hydrodynamics / Structures

Flapped marine rudder

Hydrodynamic load studies connected to structural response and local component review.

View study NB38
Foldable service crane

Geometry / Documentation

Foldable service crane

Revised geometry, articulated load paths and a case-based engineering assessment.

View study DSFSC90

PA01 / PB01 / RB02 / FT01

Dockside crane family

From site references to detailed assemblies, load cases and visual structural assessments.

PA01 crane: supplied site photograph.
PA01 / Site reference
PA01 Portal Type A: native Inventor model.
PA01 / Portal Type A
PB01 Portal Type B: native Inventor model.
PB01 / Portal Type B
RB02 rail-bogie crane: retained native analysis geometry view.
RB02 / Rail-bogie crane
FT01 fixed-direction travelling crane: retained geometry view.
FT01 / Fixed-direction travelling crane
PB01 full-crane relative reference-fatigue visualization.
PB01 / Full-crane reference-fatigue response
PB01 reference-fatigue region detail.
PB01 / Reference-fatigue region detail

Relative reference-fatigue response compares regions in this study. It is not measured wear or an installed remaining-life prediction.

Discuss a project

AFLB600

Modular lifting beam

Assembly modelling, extension variants, bolted connection studies and production drawings.

AFLB600 modular lifting-beam native CAD render.
AFLB600 / Modular assembly
AFLB600 bolted flange joint: native exploded CAD view.
AFLB600 / Exploded bolted connection
Discuss a project

NB38

Flapped marine rudder

Hydrodynamic load studies connected to structural response and local component review.

NB38 flapped rudder: native CAD assembly.
NB38 / Native CAD assembly
NB38 structural stress view from the retained assessment.
NB38 / Equivalent stress, load case LC2
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DSFSC90

Foldable service crane

Revised geometry, articulated load paths and a case-based engineering assessment.

DSFSC90 revised foldable service-crane CAD: full side view.
DSFSC90 / Revised geometry
DSFSC90 native Inventor general arrangement drawing.
DSFSC90 / General arrangement drawing
Discuss a project

Capabilities

3D modelling & drawings

Build the model.

Components, assemblies, design revisions and engineering drawings.

See the work
Conceptual exploded pin-and-bearing assembly.
Service illustration / Exploded assembly

Structures & connections

Understand the response.

Defined loads and supports, stress, deformation, vibration and connections.

See the work
Conceptual weld and pin-region inspection illustration.
Service illustration / Local response

CFD & hydrodynamics

Follow the flow.

External flow, pressure distributions, hydrodynamic forces and fluid-to-structure load transfer.

See the work
Conceptual flow around a marine rudder.
Service illustration / Flow behaviour

Full service scope

3D modelling & drawings

Components, assemblies, revisions and production information.

Structural & vibration studies

Loads, stiffness, stress and deformation in context.

Connections & load paths

Pins, bolts, bearings, supports and local force transfer.

Fatigue & inspection priorities

Identify regions worth closer review under repeated loading.

CFD & hydrodynamics

Flow behaviour, pressures and forces around marine systems.

Engineering documentation

Case-based visual reports, marked locations and clear result tables.

Define

Question, references and operation.

Model

Geometry, materials and load paths.

Analyse

Defined cases and response.

Decide

Review, inspect and refine.

Documentation

PB01 / Full-crane reference-fatigue response
PB01 full-crane relative reference-fatigue visualization.
PB01 / Full-crane reference-fatigue response
PB01 reference-fatigue region detail.
PB01 / Reference-fatigue region detail

Relative reference-fatigue response compares regions in this study. It is not measured wear or an installed remaining-life prediction.

Read the field. Then the colour.

Check the quantity, units, range and load case.

Lower plotted valueHigher plotted value

Colour compares the selected result field. It does not, by itself, declare failure or remaining life.

From loading to a focused review.

Load the structureLocate the responseFocus the review
Project starting checklist
  • What is the equipment, component or fluid system?
  • What decision should the work support?
  • What drawings, 3D files, photographs or measurements are available?
  • How is it loaded, operated and supported?
  • What materials, thicknesses and connection details are known?
  • What has changed, or which region needs closer attention?
  • Which outputs are useful: models, drawings, analysis, visual report or review priorities?

Have a structure, mechanism or flow problem to understand?

Bring the drawings, the operating question or the existing equipment. We can define the next step together.

Discuss your project