# Dynamic modeling

Xem 1-20 trên 878 kết quả Dynamic modeling
• ### Dynamic modeling: 1 - Started

Methods moving through difference environmnets, selecting property packages and components familiar with the property views of HYSYS dynamic, adding stream and operations,... As the main contents of the lectures "Dynamic modeling: 1 - Started". Invite you to consult.

• ### Dynamic modeling: 3 - Pressure flow theory

Những giả thiết cơ bản của Dynamic Simulation trong HYSYS, cách phân tích Flowsheet để đặt giá trị Pressure thích hợp, khai báo những tham số Pressure, Flow phù hợp,... là những nội dung chính trong bài giảng "Dynamic modeling: 3 - Pressure flow theory". Mời các bạn cùng tham khảo.

• ### Báo cáo khoa học: "THE REPRESENTATION OF INCONSISTENT INFORMATION IN A DYNAMIC MODEL-THEORETIC SEMANTICS"

Model-theoretic semantics provides a computationally attractive means of representing the semantics of natural language. However, the models used in this formalism are static and are usually infinite. Dynamic models are incomplete models that include only the information needed for an application and to which information can be added. Dynamic models are basically approximations of larger conventional models, but differ is several interesting ways. The difference discussed here is the possibility of inconsistent information being included in the model. ...

• ### Dynamic modeling: 2 - Transitioning from SSMod to DynMod

Invite you to consult the lecture content "Dynamic modeling: 2 - Transitioning from SSMod" to capture the following content: Define pressure flow specifications Run a simple DynMod, add strip charts and controllers, observe the role of the controllers. Hope lecture content is useful references for you.

• ### Dynamic modeling: 4 – Column dynamics

Bài giảng "Dynamic modeling: 4 – Column dynamics" cung cấp cho các bạn các kiến thức về cách chuyển sang SSMod, Add DePropanizer Column, Dynamic Simulation Analyses, Develop a Control Strategy,... Với các bạn chuyên ngành Hóa dầu thì đây là tài liệu tham khảo hữu ích cho các bạn.

• ### Dynamic modeling: 6 - DeButanizer Column

To help you have more documents to serve the needs of learning and research, invite you to refer to the content of the curriculum "Dynamic modeling: 6 - DeButanizer Column". Hope this is useful references for you.

• ### Dynamic Modeling using UniSim Design: Unit 1 - Getting Started in Steady State

Unit 1 "Getting Started in Steady State" of lectures Dynamic Modeling using UniSim Design presented on specific instructions detailing the steps, the use UniSim Design models, starting in Steady State. Invite you to refer to the lecture content more documents serving the academic needs and research.

• ### Dynamic modeling using unisim design: Unit 2 - Pressure flow theory

Unit 2 "Pressure flow theory" thuộc bài giảng Dynamic modeling using unisim design cung cấp cho các bạn những giả thiết cơ bản của Dynamic Simulation trong Unisim Design, cách phân tích Flowsheet để đặt giá trị Pressure thích hợp, khai báo những tham số Pressure - Flow phù hợp,...

• ### Dynamic modeling using unisim design: Unit 3 - Transitioning from steady state to dynamics

Equipment sizing, define pressure flow specification, add strip chart and controllers, run a simple dynamicsimulation and observe the role of various controllers,... As the main contents of the lectures unit 3 "Transitioning from steady state to dynamics" Dynamic modeling using unisim design. Invite you to consult for additional learning materials and research.

• ### Dynamic modeling using unisim design: Unit 4 - Basis control theory

Unit 4 "Basis control theory" of lectures Dynamic modeling using unisim design presented on the basics of process control theory, explore the development of control strategies, examine general guidelines for implementing appropriate control strategies,...

• ### Dynamic modeling using unisim design: Unit 5 - Dynamic details

Invite you to consult the lecture content unit 5 "Dynamic detailsto" of lectures Dynamic modeling using unisim design capture the following content: Valve characteristics, heat loss models, nozzle location. Hope lecture content is useful references for you.

• ### Dynamic modeling using unisim design: Unit 6 - Expanding the model

Add unit operations and controllers in dynmode, make necessary P-V specifications, implement appropriate control strategies, install a relief valve, install an air cooler,... As the main contents of the lectures unit 6 "Expanding the model" of Unit 6 - Expanding the model Dynamic modeling using unisim design. Invite you to consult for additional learning materials and research.

• ### Dynamic modeling using unisim design: Unit 7 - Compresor

Specify Head and Efficiency curves to compressors, use multiple curves to model compressors, make changes additions to the dynamic model, move pressure-flow specs around As the main contents of the lectures dynamic modeling using unisim design unit 7 "Compresor". Invite you to consult.

• ### Dynamic modeling using unisim design: Unit 8 - TEG Dehydration Tower

To help you have more documents to serve the needs of learning and research, invite you to refer to the content of the curriculum Dynamic modeling using unisim design unit 8 "TEG Dehydration Tower". Contents of lectures presented in what is dehydration process, steady state model, dynamic model, set up the PID controller. Hope this is useful references for you.

• ### Dynamic modeling using unisim design: Unit 9 - Event sheduler

Use the event scheduler manager, creat event schedules, creat sequences, creat event conditions,... As the main contents of the lectures unit 9 "Event sheduler" of lectures Dynamic modeling using unisim design. Hope this is useful references for you.

• ### Dynamic modeling using unisim design: Unit 10 - Cause and effect matrix

To help you have more documents to serve the needs of learning and research, invite you to refer to the content of the curriculum unit 10 "Cause and effect matrix". Contents of lectures presented in Dynamic modeling using unisim design. Hope this is useful references for you.

• ### Dynamic Modelling

When talking about modelling it is natural to talk about simulation. Simulation is the imitation of the operation of a real-world process or systems over time. The objective is to generate a history of the model and the observation of that history helps us understand how the real-world system works, not necessarily involving the real-world into this process. A system (or process) model takes the form of a set of assumptions concerning its operation.

• ### Báo cáo khoa học: "Fast and Robust Part-of-Speech Tagging Using Dynamic Model Selection"

This paper presents a novel way of improving POS tagging on heterogeneous data. First, two separate models are trained (generalized and domain-speciﬁc) from the same data set by controlling lexical items with different document frequencies.

• ### Kinematic and dynamic modeling and simulation of crank mechanism of automobile engine

The study aims to conduct the kinematic and dynamic simulation of the four stroke engine in MATLAB software. A method of modeling which allows calculating the dynamics and kinematics of crank mechanism of automobile engine has been developed. Typical dynamic and kinematic performance characteristics of 4-cylinders engine are shown.