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MECHLGC

COMPUTATIONAL ENGINEERING PORTAL

Workspace Status: Unsaved Guest Session

Engineering Services

Bespoke technical analysis, process automation scripts, mathematical modeling, and parametric 3D CAD design for aerospace and industrial applications.

ENGINE VERSION: Web-Native v2.2 // COMPUTATIONS RUN SECURELY LOCAL
Simply Supported Beam Calculator [ID: ML_SS_BEAM]
UNIT SYSTEM
BEAM PARAMETERS (Point Load)
Steel: ~29 Mpsi, Aluminum: ~10 Mpsi
POINT LOAD SETTING
Must be between 0 and Beam Length (L).
BEAM ELASTIC THEORY:
Reactions R1 (Left) / R2 (Right): R1 = P*(L-a)/L // R2 = P*a/L
Max Bending Moment (M_max): M = P * a * (L-a) / L
Deflection Curve y(x) for x ≤ a: y = (P*b*x)/(6EIL) * (L² - x² - b²)
Variables: L = Beam Length P = Load Magnitude a = Load Location b = Right Offset (L - a) E = Elastic Modulus I = Area Moment of Inertia x = Position Coordinate R1 = Left Reaction Force R2 = Right Reaction Force M = Bending Moment y = Deflection
BEAM ASSEMBLY SCHEMATIC
BEAM ANALYSIS DIAGRAM
SOLVED STATIC METRICS
Metric Name Value Units
NUMERICAL ELASTIC DATA
Position x (in) Deflection y (in) Curvature Slope (rad)
Fastener Shear Analyzer [ID: ML_BOLT_SHEAR]
e.g., 0.5 for 1/2", 0.75 for 3/4" coarse UNC threads
Applied Shear Force, Fv (kips): 5.0
BOLT FREE BODY DIAGRAM (SHEAR)
STATUS: PASS MEMBER A MEMBER B V R_v d = 0.5000 in Fv = 5.0 kips Stress, τ = 25.5 ksi Limit, τ_y = 53.1 ksi
JOINT SAFETY COMPLIANCE SAFE
0.0%
SAFETY FACTOR (SF)
12.50
Min. Allowed: 1.50
VARIABLE COMPUTED FORMULA
SHEAR YIELD COMPARISON
Fastener Tensile Analyzer [ID: ML_BOLT_TENSILE]
e.g., 0.5 for 1/2", 0.75 for 3/4" coarse UNC threads
Thread Engagement, Le (in): 0.750
Bolt Preload / Clamping Force (kips): 2.0
Applied Tensile Force, Ft (kips): 3.0
BOLT FREE BODY DIAGRAM (TENSILE)
STATUS: PASS FLANGE A FLANGE B Le Ft R_t d = 0.5000 in Ft = 3.0 kips Stress, σ = 15.3 ksi Limit, Sy = 92.0 ksi
BOLT SAFETY COMPLIANCE SAFE
0.0%
SAFETY FACTOR (SF)
8.42
Min. Allowed: 1.50
VARIABLE COMPUTED FORMULA
TENSILE YIELD COMPARISON
Sprocket Center-to-Center Spacing & Reduction Solver [ID: ML_SPROCKET_REDUCTION]
SPROCKET TEETH CONFIGURATION
CHAIN & SPACING LIMITS
CHAIN & SPROCKET EQUATIONS:
Exact Pitch Diameter (D): D = p / sin(π / N)
Reduction Ratio (R): R = N2 : N1
Exact Center Distance (C): C = (p / 8) * [A + √(A² - 0.81056*(N2 - N1)²)]
Variables: N = Sprocket Teeth (N1 or N2) N1 = Drive Sprocket Teeth N2 = Driven Sprocket Teeth p = Chain Pitch Nb = Chain Links Count A = Link Factor [2*Nb - (N1 + N2)] D = Pitch Diameter D1 = Drive Pitch Diameter D2 = Driven Pitch Diameter R = Reduction Ratio C = Exact Center Distance
SPROCKET ASSEMBLY SCHEMATIC
SPROCKET TRANSMISSION DETAILS
Parameter Name Value Description
Halvorsen Chaotic Attractor (3D WebGL) [ID: ML_HALVORSEN_3D]
ATTRACTOR PARAMETERS
Chaos occurs around α = 1.4 to 1.6
SIMULATION CONTROLS
Speed: 1.0x
HALVORSEN MATHEMATICS:
Differential Equations: dx/dt = -α·x - 4y - 4z - y² dy/dt = -α·y - 4z - 4x - z² dz/dt = -α·z - 4x - 4y - x²
Instructions: • Left-click + drag to rotate in 3D • Scroll wheel to zoom in/out • Right-click + drag to pan view
3D REAL-TIME CHAOS SIMULATION
FPS: 60
SCALE: 0.050
CurveView Engineering Data Analyzer [ID: ML_CURVE_VIEW]
You are viewing a guest session. and save your coordinate presets and alignment configs.
IMPORT & PROJECT FILES
First column must be X-axis (e.g. Time). CSV files will be appended.
EXPORT DATA
CONTROLS
CURVEVIEW HELP & CONTROLS:
Plot Actions:
• Hover to view values & coordinates
• Scroll Wheel to Zoom X/Y axes
• Right-Click + Drag to Pan plot
• Double-Click to place/cycle markers:
  Red Line → Gray Line → Clear
• Drag Red/Blue boundary lines directly
Table Context Menu (Right Click):
• Rename / Delete signal
• Shift X/Y axes numerically
• Enable Free Move to drag-shift curves directly on the canvas!
Mouse X: --- | Y: --- | Z: --- | Avg Slope: --- Drag-n-Drop CSV files onto plot to import
Show Color Signal Name X Y Slope Red (X,Y) Blue (X,Y) Delta (B-R) Z (idx) Shift (X,Y)
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MECHLGC COMPUTATIONAL SYSTEM

MechLGC

Interactive physics solvers, process automations, and custom parametric CAD pipelines. Engineered for web-native performance, run securely offline-first.

01 // SOLUTIONS

Physics Solvers

Beam deflection, fastener joints, and sprockets drive computational templates.

02 // GRAPHICS

Parametric CAD

Flexible geometrical constraints, clearances, and 3D coordinate mapping assemblies.

03 // UTILITIES

Process Automation

Custom text/data parsers, scripted pipelines, and spreadsheet calculation ports.

ENGINEERING CONSULTING & DESIGN

Precision Mechanical Engineering & Simulation.

We provide comprehensive mechanical engineering services from general machine design and structural analysis, to developing parametric CAD models, performing rigorous FEA stress simulations, and compiling custom scripts to automate complex workflows.

[01]

General Engineering & Design

Providing full-lifecycle mechanical engineering solutions. We handle everything from conceptual mechanisms and machine design to part sourcing, manufacturing feasibility, and system-level troubleshooting for physical products.

  • Machine & Mechanism Design
  • Prototype Development
  • Design for Manufacturability (DFM)
[02]

Engineering Analysis & FEA

Executing comprehensive structural, kinematic, and material validation studies. We specialize in Finite Element Analysis (FEA) and fluid simulations to optimize performance and verify structural integrity under complex loading profiles.

  • FEA structural validation
  • Multi-axial stress stacks & fatigue calculations
  • Material optimization (aluminum to steel frames)
[03]

CAD Automation & Scripting

Eliminating engineering cycle bottlenecks through targeted scripting and systems configuration. We write clean Inventor iLogic rules, Excel VBA macros, and Python tools that automate repetitive drafting workflows.

  • Autodesk Vault & Inventor Content Center admin
  • iLogic & VBA modeling task automation
  • Custom Autodesk Inventor Add-in development
[04]

ASME Design & Drafting

Modeling complex parts and mechanical assemblies optimized for laser cutting, welding, and CNC machining. We generate precise 2D drawing packages and technical specs complying strictly with ASME standards.

  • Conveyor systems & pallet handlers design
  • Hyperbaric chambers & industrial steam sterilizers
  • Chassis modeling & detailed sheet metal layouts

PROJECTS & CASE STUDIES

A showcase of interactive web converters, mechanical engineering systems, and custom automation tools.

PALLET_CONVEYOR

Industrial Conveyor Systems

Designed large-scale industrial material handling systems and heavy-duty conveyor platforms. Focused on standardizing structural components and optimizing drive mechanics to improve reliability and reduce manufacturing cycle times.

Autodesk Inventor ASME Standards Fabrication
CHASSIS_DESIGN

High-Performance Automotive Chassis

Engineered complex space frame structures and lightweight chassis components for advanced automotive applications. Developed comprehensive 3D parametric models and production-ready manufacturing drawings.

Chassis Engineering GD&T Autodesk Inventor
GLAB_CENTRIFUGE

Aerospace Structural Analysis

Conducted extensive Finite Element Analysis \(FEA\) and dynamic simulations for high-stress aerospace components. Executed rigorous structural validation and material optimization studies to ensure safety compliance and performance.

ANSYS FEA Nastran CFD MATLAB

// SECURE CREDENTIALS CONSOLE

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WORK EXPERIENCE
Mechanical Design & Analysis Engineer (Co-op) Aug 2022 - Present
Aerospace Engineering Firm // Location Redacted

Executed complex structural analyses and design validation on multi-axis centrifuge motion platforms and aerospace flight training gondolas.

  • Used ANSYS, Inventor Nastran, and Dynamic Simulation to determine required roll damping forces on Centrifuge gondolas.
  • Conducted structural material optimization studies, transitioning key frames from aluminum to steel to improve safety and load performance.
  • Validated design integrity across various aerospace and simulation systems by running FEA and CFD simulations.
CAD Administrator & Mechanical Designer Aug 2022 - Present
Aerospace Engineering Firm // Location Redacted

Standardized enterprise engineering libraries and built scripts to automate 3D modeling and task pipelines.

  • Restructured and deployed the Autodesk Inventor Content Center, standardizing parts libraries for the entire design department.
  • Developed and maintained ETC's proprietary Autodesk Inventor Add-in and wrote automated modeling rules in iLogic/VBA (reducing task times by 40%).
  • Designed, modeled, and detailed over 800 complex components/assemblies for hyperbaric chambers and industrial sterilizers in accordance with ASME standards.
  • Led the complete design and engineering of a 90-foot heavy-duty chain conveyor pallet handling system.
Freelance Mechanical Designer Feb 2019 - Aug 2023
Self-Employed // Location Redacted

Established a mechanical design business completing over 30 custom engineering projects for motorsports and consumer product firms.

  • Contracted to design high-performance race cars for the Unlimited Racing Championship (URC), engineering complex 3D chassis elements.
  • Produced comprehensive structural layouts, component details, and sheet metal flat patterns.
  • Engineered custom electro-mechanical products, including a TV-backlit Plinko machine with automatic ball reset kinematics.
Assistant Project Manager & Designer (Intern) May 2022 - Jul 2022
Smartplay International Inc. // Edgewater Park, NJ
  • Designed custom lottery and casino machine structural components and actuators.
  • Researched and integrated custom actuators/motors and designed specialized heavy-duty shipping crates for delicate instrumentation.
Project Coordinator, Drafter, Assembler Aug 2018 - Jul 2021
Foreman Fabricators Inc. // St. Louis, MO

Coordinated complex architectural metal and sheet fabrication packages from conceptual sketches through final assembly (promoted twice).

  • Redesigned sheet metal parts for production, achieving a 40% reduction in welding time.
  • Spearheaded the company's design pipeline transition from 2D AutoCAD to 3D Autodesk Inventor.
  • Programmed, maintained, and operated CO2 industrial lasers and brake press machinery.
  • Assembled and calibrated complex chiropractic tables and wired motor speed controllers.
  • Implemented a barcode inventory tracking system, reducing part-lookup delays.
EDUCATION
B.S. in Mechanical Engineering Anticipated 2028
Private Engineering University // Location Redacted
A.S. in Mechanical Engineering 2023 - 2025
Local College // Location Redacted

GPA: 3.8 / 4.0

General Studies / Engineering Foundations 2021 - 2022
State University // Location Redacted

GPA: 3.9 / 4.0

TECHNICAL SKILL STACK
CAD / CAM SUITES:
Autodesk Inventor SolidWorks Autodesk Vault AutoCAD MasterCAM Radan Nesting Data CAD
ENGINEERING ANALYSIS:
ANSYS Inventor Nastran FEA CFD GD&T MATLAB
PROGRAMMING & AUTOMATION:
Python VBA iLogic Rules Excel Macros Advanced Excel
FABRICATION & HANDS-ON:
Mechanical Assembly 3D Printing CO2 Laser Cutting CNC Milling Press Brake & Shear Soldering & Wiring
HONORS & ACTIVITIES
  • ASME Club Member
    Private Engineering University (Present)
  • Honors College
    Private Engineering University (Present)
  • Phi Theta Kappa Honors Society
    Member (Present)
  • President's Honors List
    Local College (2 years)
  • Engineering Club Treasurer
    State University. Simulated flight trajectories for launches based on NASA's Ariane 5 architecture.

GET IN TOUCH

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