With engicloud.ai you can...

extract soluability from paper using Chat GPT and store for later use

To simulate drug dissolution using a 1D (Nerst-Brunner) and a 3D transient diffusion equation

Models the attrition of particles during the pharmaceutical drying process. Based on a lower order model that assumes breakage dues to collision between particles and equipment, and shear forces in the bulk.

coupled heat transfer in one dimension. Cold pellets are inserted and heated up moving down the silo, gas coming from below

coupled heat transfer in one dimension. Cold pellets are inserted and heated up moving down the silo, gas coming from below

For a given set up, calculate the pump curve and system curve and identify the best pump to operate.

The Steam Dryer System brings together four subsystems: MassFlowSystem, DryingProcessSystem, SteamFluxSystem, and ColdWaterSystem

Using Cantera library to simulate the mixing of two streams (air and methane) in stoichiometric proportions.

Using Cantera library to simulate a continuously stirred tank reactor (CSTR) with steady inputs but periodic interior state.

Using Cantera library to simulate a 1-D steady plug flow reactor. Simulates the partial oxidation of methane over a platinum catalyst in a packed bed reactor.

The project consists of five subsystems: FurnaceSystem, SteamGenerator, Turbine, Condenser, and Pump to simulate a simplified Rankine cycle.

Use pvlib to calculate the solar irradiance at a location and estimate the solar panel and battery requirements.

Calculates the open-circuit voltage (OCV) of a lithium-ion battery as a function of the lithium content using kinetic method and thermodynamic method.

Calculates and plots the diffusion coefficient (D) over a specified temperature range using the Arrhenius equation.

Filters the Materials Project database for compounds within a specific electronic bandgap range

Screens for materials containing specified elements with available elasticity data, extracts bulk and shear moduli along with Poisson's ratio, and returns the results in structured arrays.

Queries the Materials Project database for all compounds matching a given chemical formula, ranks them by thermodynamic stability, and extracts key energetic and structural properties.

Calculates Hertzian contact parameters and plots the 1D pressure radial profile, using analytical Hertzian contact mechanics.

Performs a linear regression on the linearized Weibull cumulative distribution function.

Queries the Materials Project database for materials matching bandgap, chemistry, and stability filters, sorts them by stability, and stores the key properties.

Calculates the upper (Iso-strain) and lower (Iso-stress) bounds for the Young's Modulus of a fiber-reinforced composite.

Implements the classic Hall-Petch equation, which describes the strengthening effect that results from reducing a material's grain size.

scramjet engine with 1D reactor model combustion and real gas model

scramjet engine with 0D reactor model combustion and real gas model

scramjet engine with 1D reactor model combustion and perfect gas model

scramjet engine with 0D combustion and perfect gas model

scramjet engine, generic workflow to test

Simulate the time evolution of prey and predator populations using the Lotka-Volterra equations.

load and execute a trained and versioned ML workflow

use a Random Forest Classifier to predict likelihood of heart attack based on medical parameters.