Email: training@chempute.com

Phone: +27 (0)11 803 6559

33 Riley road, Pinewood Office Park, Woodmead, Johannesburg

Training that meets industry standards boosts and upskills engineers.

Our courses are accredited in accordance with the SA Institute of Mechanical Engineering and ECSA regulations.

Next on our schedule:

Advanced Pipe stress analysis using CAESAR II (Dynamics) Online Training ( 5 CPD)

  • 15 to 23 July 2024
  • What to expect when attending
  • Course Content
  • Enrollment
15 to 23 July 2024

Please fill out the required info below and our Training Coordinator will be in contact soon:

Due to the technical logistics of online training, we deliver CAESAR Statics online training over a duration of 7 days

(Monday to Friday, Monday & Tuesday).

First session: 15th to 19th July 2024 (Monday to Friday), 8h00 am to 16h00 pm

Second session: 22nd to 23rd July (Monday-Tuesday), 8h00 am to 16h00 pm

(All 7 days are mandatory attendance to claim the allocated 5 CPD)

 

The duration of online training is extended to add value to the training session making allowance for technical factors. CAESAR training is a significant hands-on experience, and the duration allows new beginners to the software enough time to work through the examples and learning content. The training is delivered using MS Teams, we provide a temporary CAESAR II training license for the duration of training complimented with a PDF comprehensive training manual.

What to expect when attending

This course addresses Advanced Statics and Dynamic Analysis topics in Pipe Stress Analysis.  This presentation is based on

hands-on solution of example problems in order to illustrate Pipe Stress Analysis using CAESAR software.  Previous experience in Pipe Stress Analysis, plus experience in using CAESAR, or attendance of the Basic Statics Analysis Course is required. A discussion/question/answer format is also employed in order to maximize retention of course material and theoretical concepts.  Persons attending the training should expect to leave the course with an advanced working knowledge of CAESAR II, and pipe flexibility analysis.  Some of the specific topics covered are outlined below.

 

Chempute Software will provide temporary training license, PDF training notes, digital course completion certificate accredited with 5 SAIMechE Accreditation.


Course Content
  • Basic theory of dynamic analysis
  • Harmonic load analysis and forced vibration (incorporating frequency and displacement input, frequency phase pairs, results examination and modification of input parameters, static / dynamic combinations)
  • Response spectrum analysis (incorporating single and multiple seismic spectra application, anchor movement, static / dynamic combinations)
  • Time history analysis (incorporating Hammer Loads derivation and input at calculated time intervals, static/dynamic combinations)
  • Survey of transient load evaluation through relief valve Example
  • Dynamic analysis workshop (incorporating natural frequency calculation)
  • Dynamic load factor verification using a simple model
  • Slug flow modeling (incorporating derivation of slug data, assumptions, static/dynamic combinations)
Enrollment
  • Complete the registration form and e-mail through to: lkylander@chempute.com
  • Acknowledgement will be e-mailed back to you.
  • Final confirmation of your booking and all details of the course will be e-mailed to you only on receipt of full payment for the course.

Plan ahead with available training schedule for 2024!

Become more competitive and advance you skills by joining us for SAIMechE accredited training:

(Schedule Update: More Online Options Available)

Upcoming training events


  • 05-07 Aug - AFT Fathom
  • 12-14 Aug - AFT Arrow
  • 19-22 Aug - AFT Impulse
  • 07-09 Oct - PV Elite
05-07 Aug - AFT Fathom

Hydraulic Pipe Network Analysis using AFT Fathom (Fluid Dynamics / Incompressible Flow) Online Training (3 CPD)


Please fill out the required info below to receive booking confirmation or request a quote / booking.

12-14 Aug - AFT Arrow

Hydraulic Pipe Network Analysis using AFT Arrow (Fluid Dynamics / Compressible Flow) Online Training (3 CPD)


Please fill out the required info below to receive booking confirmation or request a quote / booking.

19-22 Aug - AFT Impulse

Hydraulic Pipe Network Analysis using AFT Impulse (Transient

/ Waterhammer & Surge Analysis) Online Training (3 CPD)


Please fill out the required info below to receive booking confirmation or request a quote / booking.

Due to the technical logistics of online training, we deliver AFT Impulse online training over a duration of 4 days

07-09 Oct - PV Elite

Pressure Vessel and Heat Exchanger Design Course

using PV Elite Classroom Training (3 CPD)


Please fill out the required info below to receive booking confirmation or request a quote / booking.

Our presenters have rich industry backgrounds and experience

Benefit from their expertise by attending classroom / online training

Our course are accredited in accordance with the SA Inst. Of Mechanical Engineering and ECSA regulations.

CPD points are granted with each course completion

Budget Friendly Training

We understand that schedules are pressing and teams need to attend to projects, our presenters can deliver their course at the your premises

We can deliver cost effective training to your team in a variation of settings

Classroom

Attendees focus on training course while we provide and uplifting environment that promotes learning

Online / Virtual

We can accommodate small to large groups with our online training platform locally and international

Onsite

To accommodate budget,

our presenter can come to your

workplace and present

Listing of all our courses

Courses Available

CPD Accreditation

Setting Option

CAESAR II Statics

5

Classroom / Online / Onsite

CAESAR II Dynamics

5

Classroom / Online / Onsite

Vibration induced Fatigue in Piping Systems

5

Classroom / Online / Onsite

Introduction to Finite Element Analysis of Pressure Vessels and Piping

5

Classroom / Online / Onsite

Pressure vessel and heat exchanger design course using PV Elite

3

Classroom / Online / Onsite

CADWorx Plant Professional

N/A

Classroom / Online / Onsite

CADWorx P&ID

N/A

Classroom / Online / Onsite

AFT Fathom

2

Classroom / Online / Onsite

AFT Arrow

2

Classroom / Online / Onsite

AFT Impulse

3

Classroom / Online / Onsite

Metallic industrial piping design rules according to EN13480

3

Classroom / Online / Onsite

ASME B31 pressure piping codes

5

Classroom / Online

ASME VIII Division 1 & 2 theory / practice pressure vessel design code

3

To be confirmed

CAESAR II Statics

This course is for engineers/analysts who carry out Static stress analysis on piping systems

The class includes a basic introduction to the software (interface, simple data input, editing etc. and then goes on to develop further skills by using CAESAR II software to resolve typical everyday piping problems.

Provides a wide array of features without sacrificing your need for a short learning curve

It also covers design code stresses, output interpretation and creating reports amongst many other subjects.

Delegates should have an appreciation for Mechanical Engineering theory and principles. Qualifications would typically be a Degree or HNC/HND in Mechanical engineering, Chemical Engineering or relevant experience.


ADVANCE PIPE STRESS ANALYSIS

CAESAR II Dynamics is highly regarded for its blend of background theory, use of CAESAR II and engineering application.

This course is based on hands-on solution of example problems in order to illustrate Pipe Stress Analysis using CAESAR software

PRESSURE VESSEL DESIGN

PV Elite

This course is for engineers/analysts who carry out Pressure Vessel Design to satisfy design code requirements.

The class includes a basic introduction to the software (interface, simple data input, editing etc. and then goes on to develop further skills by using PV Elite software to design a number of pressure vessel configurations to various codes.

It also covers other topics which should prove useful for the Pressure Vessel Engineer in addition to output interpretation and the production of deliverables.

Delegates should have an appreciation for Mechanical Engineering theory and principles.

3D PLANT DESIGN

CADWorx Plant Professional

This user level course is for design engineers and plant designers involved in the design of piping, equipment, HVAC and steel.

Learn how to use CADWorx Plant Professional to create comprehensive, multi?discipline 3D plant models and produce deliverables from these.

Attendees from this course must have knowledge of industrial piping design and knowledge of 3D plant design CAD concepts.

P&ID DESIGN

CADWorx P&ID

This user level course is for designers and process engineers involved in the development of P&IDs, who currently work in plain BricsCAD Lite, but want to learn how to use CADWorx P&ID Professional to create intelligent spec-driven P&IDs, and, a via a linked project database, project reports.

Attendees from this course must have knowledge of industrial process engineering design principles, familiarity with the BricsCAD Lite user interface and commands and knowledge of 2D CAD design concepts.

INCOMPRESSIBLE FLOW ANALYSIS

AFT Fathom

This user level course is for designers and process engineers involved in the development of incompressible flow system modeling

  • Hydraulic Theory
  • Newton-Raphson solution method
  • Underdstanding solution control
  • Modeling pumping systems
  • Sizing pumps and control valves
  • Modeling systems with heat transfer
  • Using scenario manager
  • Creating and using custom databases
  • Troubleshooting AFT Fathom models

COMPRESSIBLE FLOW ANALYSIS

AFT Arrow

Evaluate overall system response and transient pipe forces after steam and gas turbine trips

This user level course is for designers and process engineers involved in the development of compressible flow system modeling

  • Fundamental equations of compressible flow
  • Network solution methodology
  • Understanding solution control
  • Sizing control valves
  • Modeling systems with heat transfer
  • Modeling real gases
  • Understanding sonic choking
  • Modeling systems with gas mixing
  • Troubleshooting AFT Arrow models

WATERHAMMER / SURGE ANALYSIS

AFT Impulse

This user level course is for designers and process engineers involved in the development of waterhammer and surge analysisnents and interactio
  • Waterhammer theory
  • Understand surge communication times
  • Modeling transient cavitation
  • Model transients, includes inertial effects
  • Modeling time & event based transients
  • Model relief & vacuum breaker valves
  • Troubleshoot AFT Impulse models
  • Predict unbalanced pipe forces
  • Choosing the best trade-offs between
  • Module run times
  • Module pipe sectioning round off errors
  • Understand graph & animation features
  • Size & locate surge suppression equipment

ASME B31 Pressure Piping Codes

Attendees will get a clear understating of the basic principles of ASME B31 Code as well as in depth knowledge of the code requirements.

This is an in-depth theoretical course

The course focuses mainly on B31.3, but also covers areas of B31.1, B31.4 and B31.8.
  • ASME B31 Pressure Piping Codes
  • Design conditions & criteria
  • Design of process piping
  • Stress analysis and supports
  • Piping material & specifications
  • Fabrication & installation
  • Examination, inspection & testing
  • Computer application & case study

Metallic Industrial Piping design rules according to EN13480

This is a in-depth theoretical course which will give attendees the background and history of the EN13480 code.

 

The EN13480 code specifies requirements for industrial piping systems and supports, including safety systems, made of metallic materials with a view to ensure safe operation

ASME VIII Div 1 & 2 Theory / Practice Pressure Vessel Design Code

(To be confirmed)

The course is operated as a workshop where the participants are taken through the design of the main pressure envelope of a pressure vessel.


Including nozzle, vacuum rings and other components that go into the design of a pressure vessel