Michael Monasterio

Below are most of the projects I have created using either AutoCAD or Fusion 360. With the exception of the manual transmission device made for my class, everything else was made independently by me. Most of them include drawings and dimensions. Some of them include videos showcasing them in a (somewhat smooth) 360 or 2pi rotation from my YouTube channel.

Utilizing elements from Fusion 360 and AutoCAD, and as a team, our class built a fully functioning simulation of a manual transmission device with three speeds.

I created a model of a basic arc bridge given approximate dimensions from similar ones.

I created a model of a basic truss bridge given approximate dimensions from similar ones.

I created a model of a train tunnel with a small bridge given approximate dimensions from similar ones.

I created a model of a truss bridge with piers given approximate dimensions from similar ones - created 12/21/23.

I created a truss bridge model given the need to produce a design before allowing it to be a fusion design - created 12/23/23.

I created a basic suspension bridge model with some consistent measurements - created 3/15/24.

I created a beam arch bridge enclosed with consistent proportions - created 7/9/24.

I created a regular arch bridge with beams given average dimensions (it even has a little sine curve boarder on either side... ) - created 7/10/24

I created a basic cantilever bridge with average dimensions - a more involved one will be attempted at a later time.

This is a type of truss bridge with a supporting multi-triangular pattern - I used a roofed variation but both are usually found.

This was a truss bridge I used trying to emulate the fink pattern.

This is an arch bridge that is from a Sherlock Holmes story. It is a real bridge in England has multiple key stones.

I created an arch bridge that includes little trusses throughout, based on a bridge I pass when traveling in the Bay Area.

This is a small section of a standard highway bridge with concrete pillars and beam elements.

This was a suspension bridge based loosely on an image I saw online and includes a central concrete pillar which connects the two metal suspensions.

This is a model of the 'K' Truss pattern with the addition of two similarly made bridges connected with a road, simulating a basic roundabout.

This is a model of a bascule bridge where both sides open and close to let in boats across. It includes truss supports on either side as well. At some point in the future, I will create a single opening one, found more common in the United States.

GEAR MESHING AND CLOCKING

I created several models in fusion for gear ratios as to allow them to mesh at given degrees and time intervals.

MODEL OF GENERAL REAL AND GASKET (AUTOCAD)

Using given information of actual real and gasket, AutoCAD allowed a construction of them in terms of two-dimensional views.

INVOLUTE GEAR SET (AUTOCAD)

Involving processes of gear meshing and coordination, a simulation of a involute gear set was created in AutoCAD

INVOLUTE MULTIPLE GEAR SETS (AUTOCAD)

Involving processes of gear meshing and coordination, a simulation of multiple gear sets was created in AutoCAD. This includes a detailed analysis of their motion given integrals of 5-degree movements.

ORTHOGRAPHIC PROJECTIONS WITH BASIC SHAPES (AUTOCAD)

I created multiple representations of basic shapes to illustrate orthographic projection.

AUXILIARY VIEWS WITH BASIC SHAPE AND BOLT HOLDER (AUTOCAD)

I created multiple representations of this device to illustrate auxiliary views.

ROTATIONS WITH BASIC SHAPES (AUTOCAD)

I created multiple representations of this device to illustrate engineering and geometric rotations.

GRAPHICAL DERIVATIVES AND ANALYSIS (AUTOCAD)

I created an analysis of a 'pump' machine in which it is measured many elements during the action of one rotation. Graphs are shown to give more reference to the main function.

Other fusion models may be published here at the bottom although now I do not believe they fit this project section...

This is a playlist of calculus I videos I've made to teach all major topics! For now, it includes most topics on limits and derivatives!

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